{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"type": "text/vnd.tiddlywiki",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2014\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
},
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},
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"title": "$:/core/images/save-button",
"tags": "$:/tags/Image",
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},
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"tags": "$:/tags/Image",
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},
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"title": "$:/core/images/storyview-classic",
"tags": "$:/tags/Image",
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},
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},
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"title": "$:/core/images/storyview-zoomin",
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},
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},
"$:/core/images/theme-button": {
"title": "$:/core/images/theme-button",
"tags": "$:/tags/Image",
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},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Cancel editing this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import files"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "save"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Save this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Language/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Language/Prompt",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Plugin/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Plugin/Prompt",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Theme/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Theme/Prompt",
"text": "Themes"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Automatically save changes during editing"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar "
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Hint": {
"title": "$:/language/EditTemplate/Body/Hint",
"text": "Use [[wiki text|http://tiddlywiki.com/static/WikiText.html]] to add formatting, images, and dynamic features"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Button/Hide": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
"text": "hide preview"
},
"$:/language/EditTemplate/Body/Preview/Button/Show": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Show",
"text": "show preview"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes will override the default version"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "River of tiddlers as static HTML file"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON tiddlers file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV tiddlers file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "Single tiddler \".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files \n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaults to `text/html` and save it to the specified filename:\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename. \n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory. \n\n```\n--savetiddlers <filter> <pathname>\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\") \n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''type'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging \n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin "
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details. "
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or click escape to cancel)"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tself = this;\n\t// Enumerate the edition paths\n\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar),\n\t\teditions = {};\n\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\tvar editionPath = editionPaths[editionIndex];\n\t\t// Enumerate the folders\n\t\tvar entries = fs.readdirSync(editionPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar entry = entries[entryIndex];\n\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\tif(!editions[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\tvar info;\n\t\t\t\ttry {\n\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t} catch(ex) {\n\t\t\t\t}\n\t\t\t\tif(info) {\n\t\t\t\t\teditions[entry] = info.description || \"\";\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\t$tw.utils.each(editions,function(description,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\";\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[2]),\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent;\n\t\tfs.writeFileSync(path.resolve(pathname,encodeURIComponent(title) + extension),text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title),\n\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif(!$tw.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerData(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/filters/addprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = {};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value;\n\t\t\tif((operator.operand === \"\") || (operator.operand === \"title\")) {\n\t\t\t\tvalue = title;\n\t\t\t} else {\n\t\t\t\tvalue = tiddler.getFieldString(operator.operand);\n\t\t\t}\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [];\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[operator.operand]) {\n\t\t\tvar value = toDate(tiddler.fields[operator.operand]);\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[operator.operand] === \"\"))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\") {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerData(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerData(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\tregexp = new RegExp(regexpString,flags);\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay(tiddler.fields[fieldName])) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation within a filter string\n\tresults: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar operator, operand, bracketPos, curlyBracketPos;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tvar nextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t\t\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\t\t\t\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(\"(?:[^\"])*\")|('(?:[^'])*')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow \"Syntax error in filter expression\";\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/language.js": {
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a single translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB),\n\t\tbrightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = $tw.utils.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/textparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /(\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nvar isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif(isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar tree = [];\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\twindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback(\"Error saving to TWEdit: \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; ;charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback(\"Error:\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/startup/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: \"Set password\",\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges,$tw.pageContainer,null);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\ttimerId = setTimeout(refresh,DRAFT_TIDDLER_TIMEOUT);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION = false;\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance(PERFORMANCE_INSTRUMENTATION);\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t//invoke any hooks that might change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/storyviews/classic.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif(targetTiddler !== itemWidget.parseTreeNode.itemTitle || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\twindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title)\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(\"Error retrieving skinny tiddler list:\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t};\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if we've got a newer version in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\tif($tw.utils.checkVersions(libraryTiddler.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerData(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif(document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(\"XMLHttpRequest error code: \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"enter\": 13,\n\t\"escape\": 27\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nexports.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(\"+\"),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase();\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(namedKeys[s]) {\n\t\t\tinfo.keyCode = namedKeys[s];\n\t\t}\n\t}\n\treturn info;\n};\n\nexports.checkKeyDescriptor = function(event,keyInfo) {\n\tvar metaKeyStatus = !!keyInfo.metaKey; // Using a temporary variable to keep JSHint happy\n\treturn event.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === metaKeyStatus;\t\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t});\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t});\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: \"Close\"\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t});\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar notification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document});\n\twidgetNode.render(notification,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t});\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === options.title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details\n\tthis.popups.push({\n\t\ttitle: options.title,\n\t\twiki: options.wiki,\n\t\tdomNode: options.domNode\n\t});\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/fakedom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"='\",$tw.utils.htmlEncode(v),\"'\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style='\",style.join(\"\"),\"'\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Check if there is an existing alert with the same text and the same component\n\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\talertFields,\n\t\texistingCount,\n\t\tself = this;\n\t$tw.utils.each(existingAlerts,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t}\n\t});\n\tif(alertFields) {\n\t\texistingCount = alertFields.count || 1;\n\t} else {\n\t\talertFields = {\n\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\ttext: text,\n\t\t\ttags: [ALERT_TAG],\n\t\t\tcomponent: this.componentName\n\t\t};\n\t\texistingCount = 0;\n\t}\n\talertFields.modified = new Date();\n\tif(++existingCount > 1) {\n\t\talertFields.count = existingCount;\n\t} else {\n\t\talertFields.count = undefined;\n\t}\n\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t// Log it too\n\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m] + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\nError: \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n}\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\" and \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape escape all non-ASCII characters.\n\t*/\n\treturn s\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof window !== \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n})();",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-deletefield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,removeFields));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$message\"] || changedAttributes[\"$param\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Dispatch the message\n\tthis.dispatchEvent({type: this.actionMessage, param: param, paramObject: paramObject, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this;\n\tif(typeof this.actionValue === \"string\") {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue);\t\t\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"button\");\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n}\n\nButtonWidget.prototype.isSelected = function() {\n\tvar tiddler = this.wiki.getTiddler(this.set);\n\treturn tiddler ? tiddler.fields.text === this.setTo : this.defaultSetValue === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || this.checkboxDefault || \"\";\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false;\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tiddler.hasTag(this.checkboxTag) !== checked)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseInt(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"),10);\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type,1.0),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tvar editInfo = this.getEditInfo();\n\tvar domNode = this.document.createElement(this.editTag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\tif(this.editSize) {\n\t\tdomNode.setAttribute(\"size\",this.editSize);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.value = editInfo.value;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n\t// Focus field\n\tif(this.editFocus === \"true\") {\n\t\tdomNode.focus();\n\t\tdomNode.select();\n\t}\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editSize = this.getAttribute(\"size\");\n\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",\"yes\") === \"yes\";\n\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\tthis.editFocus = this.getAttribute(\"focus\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(this.editAutoHeight && domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\tscrollTop = scrollPosition.y;\n\t\t// Measure the specified minimum height\n\t\tdomNode.style.height = self.editMinHeight;\n\t\tvar minHeight = domNode.offsetHeight;\n\t\t// Set its height to auto so that it snaps to the correct height\n\t\tdomNode.style.height = \"auto\";\n\t\t// Calculate the revised height\n\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,minHeight);\n\t\t// Only try to change the height if it has changed\n\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\tdomNode.style.height = newHeight + \"px\";\n\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t}\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t}\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.imageSource;\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.utils.checkKeyDescriptor(event,self.keyInfo)) {\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfo = $tw.utils.parseKeyDescriptor(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true;\n\t// Render the link if required\n\tif(useWikiLinks) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Create our element\n\tvar domNode = this.document.createElement(\"a\");\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t]);\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function (event) {\n\t// Send the click on it's way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Get the target tiddler title\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\t// Get the link title and aria label\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\t// Get the link classes\n\tthis.linkClasses = this.getAttribute(\"class\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tvar hasChanged = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t\treturn hasChanged;\n\t}\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.findTitleInStory = function(storyList,title,defaultIndex) {\n\tvar p = storyList.indexOf(title);\n\treturn p === -1 ? defaultIndex : p;\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\tif(storyList) {\n\t\t// See if the tiddler is already there\n\t\tvar slot = this.findTitleInStory(storyList,title,-1);\n\t\t// If not we need to add it\n\t\tif(slot === -1) {\n\t\t\t// First we try to find the position of the story element we navigated from\n\t\t\tslot = this.findTitleInStory(storyList,fromTitle,-1) + 1;\n\t\t\t// Add the tiddler\n\t\t\tstoryList.splice(slot,0,title);\n\t\t\t// Save the story\n\t\t\tthis.saveStoryList(storyList);\n\t\t}\n\t}\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\tif(!event.navigateSuppressNavigation) {\n\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title),\n\t\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler.fields[\"draft.of\"],\n\t\tconfirmationTitle;\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields()));\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler.fields[\"draft.of\"],\n\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\tstoryList = this.getStoryList();\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true;\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(originalTiddler) {\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t} else {\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t}\n\t\t\tthis.saveStoryList(storyList);\n\t\t\t// Trigger an autosave\n\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\t\t\t\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags)\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerData(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push(\"The following tiddlers were imported:\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: IMPORT_TITLE,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([IMPORT_TITLE]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar domNode = this.document.createElement(this.parseTreeNode.isBlock ? \"div\" : \"span\");\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\tvar value = this.getSelectDomNode().value;\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tvar domNode = this.getSelectDomNode();\n\tif(domNode.value !== value) {\n\t\tdomNode.value = value;\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tif(changedTiddlers[this.selectTitle]) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t}\n\tthis.setVariable(this.setName,value,this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: \"Recursive transclusion error in transclude widget\"}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn macro.run.apply(this,args).toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node && node.parentWidget) {\n\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn $tw.utils.hashString(output.join(\"\"));\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\treturn parent.findNextSiblingDomNode(index);\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke any action widgets that are immediate children of this widget\n*/\nWidget.prototype.invokeActions = function(event) {\n\tvar handled = false;\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\tif(child.invokeAction && child.invokeAction(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value) {\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tdata[index] = value;\n\t\tthis.setTiddlerData(title,data,this.getModificationFields());\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || [];\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,tiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tif(isNumeric) {\n\t\t\ta = Number(a);\n\t\t\tb = Number(b);\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerData(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerData(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n//\tthis.caches = this.caches || Object.create(null);\n//\tvar caches = this.caches[title];\n//\tif(caches && caches[cacheName]) {\n//\t\treturn caches[cacheName];\n//\t} else {\n//\t\tif(!caches) {\n//\t\t\tcaches = Object.create(null);\n//\t\t\tthis.caches[title] = caches;\n//\t\t}\n//\t\tcaches[cacheName] = initializer();\n//\t\treturn caches[cacheName];\n//\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || Object.create(null);\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.config.fileExtensionInfo[type]) {\n\t\tParser = $tw.Wiki.parsers[$tw.config.fileExtensionInfo[type].type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.old_parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.config.fileExtensionInfo[file.name.substr(dotPos)];\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]);\n\tif(!origTiddler) {\n\t\treturn tiddler.fields.text !== \"\";\n\t}\n\treturn tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"] || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\thistoryTitle = historyTitle || \"$:/HistoryList\";\n\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.getTiddlerData(historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t});\n\tthis.setTiddlerData(historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #fffffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Contrast": {
"title": "$:/palettes/Contrast",
"name": "Contrast",
"description": "High contrast and unambiguous",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,0,0, 0.5)\nsidebar-foreground: #ffffff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ececec\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ececec\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ececec\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`{{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button message=\"tm-delete-tiddler\" class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">(count: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<div>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</div>\n<div>\n<$view field=\"title\"/>\n</div>\n<div>\n<$view field=\"version\"/>\n</div>\n</div>\n\\end\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\nNo information provided\n</$reveal>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n! <<lingo Plugin/Prompt>>\n\n<<plugin-table plugin>>\n\n! <<lingo Theme/Prompt>>\n\n<<plugin-table theme>>\n\n! <<lingo Language/Prompt>>\n\n<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<a href=<<backupURL>>><$macrocall $name=\"backupURL\" $type=\"text/plain\" $output=\"text/plain\"/></a>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>\n\n"
},
"$:/core/ui/ControlPanel/Settings/AutoSave": {
"title": "$:/core/ui/ControlPanel/Settings/AutoSave",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n\n{{$:/language/Search/Matches}}\n\n</$set>\n\n//<small>Title matches:</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>All matches:</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"no\"><<lingo Preview/Button/Hide>></$button>\n\n<div class=\"tc-tiddler-preview\">\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude />\n\n</div>\n\n<div class=\"tc-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"yes\"><<lingo Preview/Button/Show>></$button>\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field(name,value)\n<$reveal type=\"nomatch\" text=\"\" default=\"\"\"$name$\"\"\">\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name$=\"\"\"$value$\"\"\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=\"\"\"$name$\"\"\">\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\" name={{$:/temp/newfieldname}} value={{$:/temp/newfieldvalue}}/>\n</span>\n</div>\n</$fieldmangler>\n\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$list>\n"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button></span>\n</$set>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[!is[shadow]tags[]search{$:/temp/NewTagName}sort[title]]\">\n<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"escape\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"ctrl+enter\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$button message=\"tm-save-tiddler\" tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter=\"[!is[system]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter=\"[has[draft.of]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter=\"[all[missing]sort[title]]\" template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter=\"[all[orphans]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter=\"[all[shadows]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter=\"[is[system]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/> <small class=\"tc-menu-list-count\"><$count filter=\"[all[current]tagging[]]\"/></small>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}} <small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter=\"[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} />\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\nNo ''\"<$text text=<<currentTab>>/>\"'' found\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n{{$:/core/ui/SearchResults}}\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" \"$:/core/ui/SideBar/Open\" \"$:/state/tab/sidebar\">>\n\n</$reveal>\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td>\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n<td></td>\n<td></td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$set name=\"foregroundColor\" value=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">>>\n<$set name=\"backgroundColor\" value=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</$set>\n</$set>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tiddler-body\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"relativedate\"/>\n</div>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>>/>\n</$reveal>\n</$list>\n</$set>\n</$set>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#ff0"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$button>\n</$list>\n</div><div class=\"tc-tab-divider $class$\"/><div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday{!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$set>\n\\end\n\n\\define toc-body(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n<<toc-caption>>\n</$list>\n<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=\"<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n<div class=\"tc-tabbed-table-of-contents\">\n<$linkcatcher to=\"$selectedTiddler$\">\n<div class=\"tc-table-of-contents\">\n<$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n$unselectedText$\n</$reveal>\n</div>\n</div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n<$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n{{$:/language/Docs/PaletteColours/$colour$}}\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]] [[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
[[Instructions]][[About this Notebook]]
{
"tiddlers": {
"$:/plugins/danielo515/ContextPlugin/Caption": {
"created": "20140530174219263",
"tags": "contextPlugin",
"title": "$:/plugins/danielo515/ContextPlugin/Caption",
"type": "text/vnd.tiddlywiki",
"text": "Context search"
},
"Context Search": {
"caption": "{{$:/plugins/danielo515/ContextPlugin/Caption}}",
"created": "20140530173407542",
"tags": "$:/tags/AdvancedSearch",
"title": "Context Search",
"type": "text/vnd.tiddlywiki",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tw-search\"><$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/><$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\"> <$link to=\"\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$link></$reveal></div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<div class=\"tw-search-results\">\n\n<<lingo Standard/Matches>>\n\n<$list filter=\"[!is[system]search{$:/temp/advancedsearch}sort[title]limit[250]]\">\n{{!!title||$:/core/ui/ListItemTemplate}}\n<$context term={{$:/temp/advancedsearch}}/>\n</$list>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/plugins/danielo515/ContextPlugin/widgets/context.js": {
"created": "20140418153435777",
"creator": "danielo",
"modified": "20140530231943517",
"modifier": "danielo",
"module-type": "widget",
"title": "$:/plugins/danielo515/ContextPlugin/widgets/context.js",
"type": "application/javascript",
"text": "/*\\\\\ntitle: $:/core/modules/widgets/danielo/context-widget.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar contextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\ncontextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\ncontextWidget.prototype.render = function(parent,nextSibling) {\n // Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n \n if(this.term && this.term.length>3){\n \n this.createRegexp();\n var matches = this.executeRegexp();\n\t if(matches.length > 0){ \n this.domNode = this.document.createElement(this.element);\n this.domNode.className=\"tw-context\";\n this.composeResults( matches ); //this appends to domNode \n \t// Insert element\n \tparent.insertBefore(this.domNode,nextSibling);\n \tthis.renderChildren(this.domNode,null);\n\t \tthis.domNodes.push(this.domNode);\n }\n }\n\t\n};\n\n/*\nCompute the internal state of the widget\n*/\ncontextWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n this.matchedClass = this.getAttribute(\"matchClass\",\"matched\");\n\tthis.tiddler = this.getAttribute( \"tiddler\",this.getVariable(\"currentTiddler\") );\n this.term = this.getAttribute(\"term\",this.getAttribute(\"searchTerm\"));\n\tthis.contextLength = this.getAttribute(\"length\",50);\n this.before = this.getAttribute(\"before\",this.contextLength);\n this.after = this.getAttribute(\"after\",this.contextLength);\n this.maxMatches = this.getAttribute(\"maxMatches\",10);\n this.element = this.getAttribute(\"element\",\"pre\");\n\tthis.makeChildWidgets();\n};\n\n /*Create the regular expression*/\ncontextWidget.prototype.createRegexp = function()\n{\n var regString = \"(\\\\w+[\\\\s\\\\S]{0,#before#})?(#term#)([\\\\s\\\\S]{0,#after#}\\\\w+)?\";\n\n var regString = regString.replace(\"#before#\",this.before).replace(\"#term#\", $tw.utils.escapeRegExp(this.term) ) .replace(\"#after#\",this.after);\n this.regexp = new RegExp(regString,\"ig\");\n //console.log(regString);\n};\n/*\nexecute the regular expresion\n*/\ncontextWidget.prototype.executeRegexp = function()\n{\n var text = this.wiki.getTiddlerText(this.tiddler), match,results = new Array();\n while( (match = this.regexp.exec( text ) ) && (results.length < this.maxMatches) )\n { results.push(match) }\n //console.log(\"matches\",results);\n return results;\n};\n\n/*\ncompose the results\nmatches : array of match objects from regular expression execute\n*/\ncontextWidget.prototype.composeResults = function(matches){\n var result=[], self=this, node = this.domNode,\n dots = textNode(\"...\\n\"),\n span = matchedNode( this.term );\n\n for(var i=0; i < matches.length; i++){\n processMatch( matches[i] );\n }\n \n function processMatch(match){\n if( match.index !== 0) node.appendChild( dots.cloneNode(true) );\n for( var i=1;i<match.length;i++ ) {//match[0] full matched text (all groups together)\n if( match[i] ) {\n if ( match[i].toLowerCase() == self.term.toLowerCase() ) \n node.appendChild( match[i] == self.term ? span.cloneNode(true) : matchedNode( match[i] ) )\n else\n node.appendChild( textNode( match[i]) )\n }\n }\n if( match.index + match[0].length < match.input.length) node.appendChild( dots.cloneNode(true) );\n }\n \n function textNode(text){ return self.document.createTextNode(text) }\n function matchedNode(text) { \n var node = self.document.createElement(\"span\"); node.appendChild( textNode(text) ); node.className = self.matchedClass;\n return node }\n \n};\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\ncontextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.term || changedAttributes.length || changedAttributes.matchedClass) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n return this.refreshChildren(changedTiddlers);\n};\n\nexports.context = contextWidget;\n\n})();"
},
"$:/plugins/danielo515/ContextPlugin/readme": {
"title": "$:/plugins/danielo515/ContextPlugin/readme",
"text": "!Usage\n\nAfter installing the plugin you will have a new tab in [[$:/AdvancedSearch]] called [[Context Search]]. If you want this functionality in other places you will have to edit the desired tiddler yourself adding the ''context widget''. For more details about using the widget see the section below.\n\n!!Using the widget\n\nThe very basic usage of the widget is the following:\n\n```\r\n<$context term=\"lorem\"/>\r\n```\r\nWhich will render as:\r\n<$context term=\"lorem\"/>\n\nThe widgets will search inside the current tiddler by default. Because that you see the same content twice here. This example is not very useful. Other more meaningful would be:\n\n```\r\n<$list filter=\"[search{$:/temp/advancedsearch}sort[title]limit[250]]\">\r\n{{!!title||$:/core/ui/ListItemTemplate}}\r\n<$context term={{$:/temp/advancedsearch}}/>\r\n</$list>\r\n```\n\nThat will search for tiddlers containing the text specified in [[$:/temp/advancedsearch]] and will display a link to the matching tiddlers plus a preview of the matching content. Something very similar is used in [[Context Search]]. Below you can find a complete list of parameters and their default values.\n\n|! parameter |! description | !default |\r\n| term | The term you want to search ||\r\n| searchTerm | An alias for the previous one ||\r\n| tiddler | The tiddler's name to look into | current tiddler |\r\n| length | Number of context characters to show | 50 |\r\n| before | Number of characters before the matched term to show | the value of the length parameter |\r\n| after | Number of characters after the matched term to show | the value of the length parameter |\r\n| maxMatches | maximun number of matched elements to show. Incrementing this can cause several performance issues | 10 |\r\n| element | Node element to create. This element will contain the results of the search. If you want to style it its class is `tw-context` | `<pre>` |\r\n| matchClass | The css class to assign to the matched terms in the results. This is used to highlight the results | matched |\n\n!Customizing the output\r\nThere are not many ways to customize the output of this widget. You can specify ''what type of node you want to create'' to wrap the results (div,span...). The default is `<pre>`. This container is created with the class `tw-context` so you can easily apply styles to it. Something similar happens to the ''highlighted'' words. You can specify the name of the class to assign to it and also you can apply styles to that class.\n\nA very basic example of customization could be:\n\n# Create a tiddler, for example [[$/plugins/danielo515/context/css]]\r\n# Paste the following text or any css rule you want: \"\"\"\n\n<pre>\r\n.matched{background-color:yellow}\r\n.tw-context {\r\n border:1px solid blue;\r\n word-break: break-all; word-wrap: break-word;}\r\n</pre>\r\n\"\"\"\r\n# Tag it with `$:/tags/stylesheet`\r\n# Save the tiddler"
},
"$:/plugins/danielo515/ContextPlugin/Stylesheet/results": {
"created": "20140529162823729",
"tags": "$:/tags/Stylesheet contextPlugin",
"title": "$:/plugins/danielo515/ContextPlugin/Stylesheet/results",
"type": "text/css",
"text": ".matched{background-color:yellow}\n.tw-context {/*border:1px solid;\n /*word-break: break-all; word-wrap: break-word*/}"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/tiddlymap/caretaker.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/caretaker.js\ntype: application/javascript\nmodule-type: startup\n\nThis module is responsible for registering a global namespace under $tw\nand loading (and refreshing) the configuration.\n\nSince changes in configuration tiddlers are instantly acknowledged,\nthe user does not need to refresh its browser (in theory :)).\n\nLike a caretaker in real life, nobody can communicate with him. He does\nall his work in the background without being ever seen. What I want to\nsay here is: do not require the caretaker!\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap.caretaker\";exports.platforms=[\"browser\"];exports.after=[\"startup\"];exports.before=[\"rootwidget\"];exports.synchronous=true;var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/adapter.js\").Adapter;var i=function(e){var i=e;if(!i.path)i.path=t.getEmptyMap();i.path.pluginRoot=\"$:/plugins/felixhayashi/tiddlymap\";i.path.edges=\"$:/plugins/felixhayashi/tiddlymap/graph/edges\";i.path.views=\"$:/plugins/felixhayashi/tiddlymap/graph/views\";i.path.options=\"$:/plugins/felixhayashi/tiddlymap/config\";i.path.tempRoot=\"$:/temp/felixhayashi/tiddlymap\";i.path.localHolders=\"$:/temp/felixhayashi/tiddlymap/holders\";i.path.dialogs=\"$:/plugins/felixhayashi/tiddlymap/dialog\";if(!i.ref)i.ref=t.getEmptyMap();i.ref.dialogStandardFooter=\"$:/plugins/felixhayashi/tiddlymap/dialog/standardFooter\";i.ref.defaultGraphViewHolder=\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\";i.ref.graphBar=\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\";i.ref.sysConf=\"$:/plugins/felixhayashi/tiddlymap/config/sys\";i.ref.visConf=\"$:/plugins/felixhayashi/tiddlymap/config/vis\";i.ref.welcomeFlag=\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\";i.ref.focusButton=\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\";if(!i.config)i.config=t.getEmptyMap();i.config.sys=$tw.wiki.getTiddlerData(i.ref.sysConf,{});var a=t.unflatten($tw.wiki.getTiddlerData(i.ref.sysConf+\"/user\",{}));i.config.sys=$tw.utils.extendDeepCopy(i.config.sys,a);i.config.vis=$tw.wiki.getTiddlerData(i.ref.visConf,{});var a=t.unflatten($tw.wiki.getTiddlerData(i.ref.visConf+\"/user\",{}));i.config.vis=$tw.utils.extendDeepCopy(i.config.vis,a);if(!i.field)i.field=t.getEmptyMap();$tw.utils.extend(i.field,i.config.sys.field);if(!i.misc)i.misc=t.getEmptyMap();i.misc.unknownEdgeLabel=\"__noname__\";i.misc.cssPrefix=\"tmap-\";i.misc.lockedViews=[\"default\",\"live\",\"search\"];if(!i.filter)i.filter=t.getEmptyMap();i.filter.allSharedEdges=\"[prefix[\"+i.path.edges+\"]]\";i.filter.allSharedEdgesByLabel=\"[prefix[\"+i.path.edges+\"]removeprefix[\"+i.path.edges+\"/]]\";i.filter.allViews=\"[all[tiddlers+shadows]has[\"+i.field.viewMarker+\"]]\";i.filter.allViewsByLabel=\"[all[tiddlers+shadows]has[\"+i.field.viewMarker+\"]removeprefix[\"+i.path.views+\"/]]\"};var a=function(e){var i=e;var a=function(){};if($tw.tiddlymap.opt.config.sys.debug===\"true\"&&console){i.logger=function(){if(arguments.length<2)return;var t=Array.prototype.slice.call(arguments);var e=t.shift(t);var i=console.hasOwnProperty(e)?e:\"debug\";console[i].apply(console,t)}}else{i.logger=a}i.notify=$tw.tiddlymap.opt.config.sys.notifications===\"true\"?t.notify:a;return i};var r=function(){var t=function(){var t=[];t.push(\"prefix[\"+$tw.tiddlymap.opt.path.options+\"]\");t.push(\"!has[draft.of]\");return\"[\"+t.join(\"\")+\"]\"}.call(this);$tw.tiddlymap.logger(\"log\",\"Caretaker's filter: \\\"\"+t+'\"');return $tw.wiki.compileFilter(t)};var d=function(){for(var t=$tw.tiddlymap.registry.length-1;t>=0;t--){var e=$tw.tiddlymap.registry[t];if(!document.body.contains(e.getContainer())){$tw.tiddlymap.logger(\"warn\",\"A graph has been removed.\");e.destruct();$tw.tiddlymap.registry.splice(t,1)}}};exports.startup=function(){$tw.tiddlymap=t.getEmptyMap();$tw.tiddlymap.registry=[];window.setInterval(d,1e3);$tw.tiddlymap.opt=t.getEmptyMap();i($tw.tiddlymap.opt);a($tw.tiddlymap,$tw.tiddlymap.opt);$tw.tiddlymap.adapter=new e;$tw.tiddlymap.logger(\"warn\",\"TiddlyMap's caretaker was started\");$tw.tiddlymap.logger(\"log\",\"Registered namespace and options\");$tw.tiddlymap.edgeChanges=[];var l=r();$tw.rootWidget.addEventListener(\"tm-create-edge\",function(t){var e={from:$tw.tiddlymap.adapter.createNode(t.paramObject.from).id,to:$tw.tiddlymap.adapter.createNode(t.paramObject.to).id,label:t.paramObject.label};$tw.tiddlymap.adapter.insertEdge(e);$tw.tiddlymap.notify(\"Edge inserted\")});$tw.wiki.addEventListener(\"change\",function(e){$tw.tiddlymap.logger(\"warn\",\"These tiddlers changed:\",e);var r=t.getMatches(l,Object.keys(e));if(!r.length)return;$tw.tiddlymap.logger(\"warn\",\"Global options will be rebuild\");i($tw.tiddlymap.opt);a($tw.tiddlymap)})}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/caretaker.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/fixer.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/fixer.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap.fixer\";exports.after=[\"tmap.caretaker\"];exports.before=[\"rootwidget\"];exports.synchronous=true;var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/adapter.js\").Adapter;var a=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var r=function(){var e=function(t){};e($tw.tiddlymap.opt.path.edges);var r=$tw.tiddlymap.opt.filter.allViews;var i=t.getMatches(r);for(var s=0;s<i.length;s++){var o=new a(i[s]);if(o.isConfEnabled(\"private_edge_mode\")){e(o.getEdgeStoreLocation())}}};exports.startup=function(){r()}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/fixer.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/layout": {
"title": "$:/plugins/felixhayashi/tiddlymap/layout",
"type": "text/vnd.tiddlywiki",
"tags": [
"$:/tags/Stylesheet"
],
"text": "html {\n /*\n body {\n background: url(unquote('<$macrocall $name=\"makedatauri\" type={{$:/plugins/felixhayashi/tiddlymap/media/surface.png!!type}} text={{$:/plugins/felixhayashi/tiddlymap/media/surface.png}}/>'));\n }\n */ }\n html .tmap-small-list, html .tmap-very-small-list {\n overflow: auto;\n min-height: 20px;\n max-height: 150px;\n display: block; }\n html .tmap-very-small-list {\n max-height: 60px; }\n html .tmap-quick-connect {\n font-size: 0.7em; }\n html .tmap-quick-connect .tc-drop-down {\n padding: 5px;\n width: 250px;\n white-space: normal;\n line-height: 1em;\n position: absolute;\n z-index: 1000;\n right: 50px; }\n html .tmap-quick-connect .tc-drop-down select {\n width: 80px;\n word-wrap: initial; }\n html .tmap-quick-connect .tc-drop-down table {\n border: none; }\n html .tmap-quick-connect .tc-drop-down table td {\n padding: 3px;\n border: none;\n vertical-align: top; }\n html .tmap-quick-connect .tc-drop-down .tmap-scroll-table {\n height: 120px;\n overflow: auto;\n display: block; }\n html .tmap-quick-connect .tc-drop-down hr {\n border: 0;\n height: 0;\n border-top: 1px solid rgba(0, 0, 0, 0.1);\n border-bottom: 1px solid rgba(255, 255, 255, 0.3); }\n html .tmap-quick-connect .tc-drop-down a {\n display: inline;\n padding: 0;\n color: #5778d8;\n background: transparent; }\n html .tmap-quick-connect .tc-drop-down a:hover {\n background: transparent;\n color: #5778d8;\n text-decoration: underline; }\n html .tmap-quick-connect .tc-drop-down button {\n display: inline-block;\n padding: 0px 3px;\n width: auto;\n text-align: left;\n color: #333333;\n line-height: 1; }\n html .tmap-quick-connect .tc-drop-down button:hover {\n color: #ffffff; }\n html .tmap-quick-connect .tc-drop-down button svg:hover {\n fill: #ffffff; }\n html .tc-modal-wrapper {\n z-index: 1010; }\n html .tc-modal-wrapper .tc-modal-header {\n padding-top: 0px;\n padding-bottom: 0px; }\n html .tc-modal-wrapper .tc-modal-header svg {\n vertical-align: sub; }\n html .tc-modal-wrapper .tc-modal-header h3 {\n line-height: 10px; }\n html .tc-modal-wrapper .tc-modal-body {\n max-height: 70vh;\n overflow: auto; }\n html .tc-modal-wrapper .tc-modal-body .tc-image-button {\n font-size: 14px; }\n html .tc-modal-wrapper .tc-modal-body fieldset legend {\n font-weight: bold; }\n html .tc-modal-wrapper .tc-modal-body fieldset table {\n margin: 6px 0;\n clear: both;\n border: none; }\n html .tc-modal-wrapper .tc-modal-body fieldset table tr td {\n border: none;\n vertical-align: top;\n min-width: 140px;\n padding: 3px 15px 3px 0; }\n html .tc-modal-wrapper .tc-modal-body fieldset table tr td:last-child {\n padding-right: 0px; }\n html .tc-modal-wrapper .tc-modal-body fieldset table tr td input {\n width: 140px; }\n html .tc-modal-wrapper .tc-modal-body fieldset table tr .tmap-note {\n margin: 10px 10px 10px 0; }\n html .tc-modal-wrapper .tc-modal-body fieldset table tr .tmap-description {\n font-style: italic; }\n html .tc-modal-wrapper .tc-modal-body fieldset ul {\n padding-left: 30px; }\n html .tc-modal-wrapper .tc-modal-body fieldset ul li {\n list-style: none; }\n html .tc-modal-wrapper .tc-modal-footer {\n padding-top: 0px;\n padding-bottom: 0px; }\n html #tmap-node-filter-dialog #tmap-filter-tips {\n font-size: 0.8em; }\n html #tmap-node-filter-dialog textarea {\n height: 100px;\n max-height: 300px;\n overflow: auto;\n width: 100%;\n font-size: 11px;\n font-family: \"Courier New\", Courier, monospace; }\n html .tc-sidebar-scrollable .tmap-widget {\n min-height: 350px; }\n html .tc-sidebar-scrollable .tmap-widget.tmap-halfscreen {\n position: absolute;\n right: 0px;\n top: 0;\n left: 0px;\n bottom: 0;\n padding: 0px;\n width: 100% !important;\n border: none;\n border-left: 1px solid lightgray;\n height: 100% !important;\n margin: 0;\n background: #ececec;\n z-index: 1000; }\n html .tmap-widget {\n border: 1px dotted lightgray;\n padding: 2px;\n width: 100%;\n color: #666666;\n display: block; }\n html .tmap-widget.tmap-click-to-use .network-frame:not(.vis-active) {\n cursor: pointer; }\n html .tmap-widget.tmap-click-to-use .network-frame:not(.vis-active) .network-navigation {\n display: none; }\n html .tmap-widget.tmap-click-to-use .network-frame:not(.vis-active):hover:before {\n box-shadow: 10px 10px 5px lightgray;\n color: gray;\n background: white;\n content: \"Click to use\";\n font-size: 18px;\n font-weight: bold;\n left: 50%;\n margin-left: -100px;\n position: absolute;\n text-align: center;\n top: 50px;\n width: 200px;\n z-index: 2000;\n padding: 5px;\n pointer-events: none; }\n html .tmap-widget .tmap-vis-graph {\n height: calc(100% - 35px); }\n html .tmap-widget .tmap-vis-graph .network-frame .tmap-vis-button.tmap-button-enabled {\n bottom: 90px;\n right: 15px;\n background-image: url(<$macrocall $name=\"makedatauri\" type=\"image/png\" text={{$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png}} />); }\n html .tmap-widget.tmap-no-buttons .network-navigation {\n display: none; }\n html .tmap-widget.tmap-advanced-editor {\n background: #F2F2F2; }\n html .tmap-widget.tmap-advanced-editor .tmap-topbar {\n background: #d6d9d8; }\n html .tmap-widget .network-manipulationUI.edit.editmode {\n height: 26px; }\n html .tmap-widget .network-manipulationDiv {\n border-top: #d6d9d8;\n background: #E6E6E6;\n padding: 3px 0;\n height: 35px; }\n html .tmap-widget .tmap-topbar {\n background: #F5F5F5;\n border-bottom: 1px solid lightgray;\n padding: 3px 5px;\n height: 35px;\n position: relative; }\n html .tmap-widget .tmap-topbar .tmap-view-label {\n width: 100%;\n text-align: center;\n font-weight: bold;\n padding-top: 3px; }\n html .tmap-widget .tmap-topbar .focus-button {\n position: absolute;\n right: 10px; }\n html .tmap-widget .tmap-topbar .focus-button input {\n width: 140px; }\n html .tmap-widget .tmap-topbar .tmap-popup {\n position: relative; }\n html .tmap-widget .tmap-topbar .tmap-popup .tc-drop-down {\n position: absolute;\n z-index: 999;\n right: 0px; }\n html .tmap-widget .tmap-topbar .tc-drop-down {\n background-color: #F3F3F3;\n min-width: 170px;\n max-width: 210px;\n padding: 5px;\n margin: 5px 0; }\n html .tmap-widget .tmap-topbar .tc-drop-down button, html .tmap-widget .tmap-topbar .tc-drop-down a {\n padding: 0px;\n text-decoration: none; }\n html .tmap-widget .tmap-topbar .tc-drop-down button:hover, html .tmap-widget .tmap-topbar .tc-drop-down a:hover {\n color: #ffffff; }\n html .tmap-widget .tmap-topbar .tc-drop-down button svg, html .tmap-widget .tmap-topbar .tc-drop-down a svg {\n vertical-align: middle; }\n html .tmap-widget .tmap-topbar [hidden] {\n display: none; }\n html .tmap-widget .tmap-topbar .tc-block-dropdown {\n width: 370px;\n min-width: 370px;\n padding: 5px;\n margin: 15px 0 0 -370px; }\n html .tmap-widget .tmap-topbar .tc-block-dropdown a {\n display: inline;\n padding: 0px; }\n html .tmap-widget .tmap-topbar select {\n width: 150px;\n word-wrap: initial;\n padding: 2px; }\n html .tmap-widget .tmap-topbar button {\n line-height: inherit;\n color: #666666; }\n html .tmap-widget .tmap-topbar > * {\n display: inline-block; }\n html .tmap-widget .tmap-topbar .tmap-separator:after {\n color: #bdbdbd;\n margin: 3px;\n content: \" | \"; }\n html .tmap-widget .tmap-topbar .tc-edit-add-tag .tc-add-tag-name input {\n width: 70%; }\n html .tmap-widget .tmap-topbar .tc-sidebar-header {\n text-shadow: none; }\n html .tmap-widget .tmap-topbar .tc-edit-tags {\n border: none;\n padding: inherit;\n box-shadow: none; }\n\nhtml:fullscreen body {\n overflow: hidden; }\nhtml:fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:fullscreen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-moz-full-screen body {\n overflow: hidden; }\nhtml:-moz-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-moz-full-screen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-moz-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-webkit-full-screen body {\n overflow: hidden; }\nhtml:-webkit-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-webkit-full-screen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-webkit-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-ms-fullscreen body {\n overflow: hidden; }\nhtml:-ms-fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-ms-fullscreen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-ms-fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nfieldset.tmap-options dt, fieldset.tmap-options dd {\n margin-bottom: 15px; }\nfieldset.tmap-options input {\n font-weight: normal; }\n"
},
"$:/plugins/felixhayashi/tiddlymap/adapter.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/adapter.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){var e=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var t=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var i=require(\"$:/plugins/felixhayashi/vis/vis.js\");var r=function(e){this.wiki=e?e:$tw.wiki;this.opt=$tw.tiddlymap.opt;this.logger=$tw.tiddlymap.logger};r.prototype.insertEdge=function(i,r){if(typeof i!==\"object\"||!i.from||!i.to)return;r=new t(r);var o=i.label?i.label:this.opt.misc.unknownEdgeLabel;var d=r.getEdgeStoreLocation()+\"/\"+o;var s=this.wiki.getTiddlerData(d,[]);delete i.label;if(i.id){var a=e.keyOfItemWithProperty(s,\"id\",i.id);if(typeof a===\"undefined\"){a=s.length}}else{i.id=e.genUUID();var a=s.length}this.logger(\"info\",\"Inserting edge\",i,\"into store\",d);s[a]=i;var n={};var l=this.wiki.getTiddler(d);if(!l||!l.fields.id){n.id=e.genUUID()}this.wiki.setTiddlerData(d,s,n);i.label=o;$tw.tiddlymap.edgeChanges.push({type:\"insert\",edge:i});return i};r.prototype.selectEdgesByFilter=function(t,i){var r=e.getMatches(t);var o=[];for(var d=0;d<r.length;d++){o.push(e.getBasename(r[d]))}return this.selectEdgesByLabel(o,i)};r.prototype.selectEdgesByLabel=function(i,r){if(typeof r!==\"object\")r=e.getEmptyMap();var o=new t(r.view);var d=o.getEdgeStoreLocation();var s=e.getEmptyMap();for(var a=0;a<i.length;a++){var n=d+\"/\"+i[a];if(!e.tiddlerExists(n))continue;var l=this.wiki.getTiddlerData(n);for(var p=0;p<l.length;p++){if(i[a]!==this.opt.misc.unknownEdgeLabel){l[p].label=i[a]}s[l[p].id]=l[p]}}return e.convert(s,r.outputType)};r.prototype.selectEdgesByEndpoints=function(i,r){if(typeof r!==\"object\")r=e.getEmptyMap();var o=new t(r.view);var d=o.exists()?r.view.getEdgeFilter(\"compiled\"):this.opt.filter.allSharedEdges;var s=this.selectEdgesByFilter(d,{outputType:\"array\",view:o});return this.filterEdgesByEndpoints(s,i,r)};r.prototype.filterEdgesByEndpoints=function(t,i,r){if(typeof r!==\"object\")r=e.getEmptyMap();t=e.convert(t,\"array\");var o=/^(=1|>=1|=2)$/;var d=o.test(r.endpointsInSet)?r.endpointsInSet:\">=1\";var i=e.getLookupTable(i,\"id\");var s=e.getEmptyMap();for(var a=0;a<t.length;a++){var n=t[a];switch(d){case\"=2\":isMatch=i[n.from]&&i[n.to];break;case\">=1\":isMatch=i[n.from]||i[n.to];break;case\"=1\":isMatch=i[n.from]===undefined&&i[n.to]||i[n.to]===undefined&&i[n.from];break;default:isMatch=false}if(isMatch)s[n.id]=n}return e.convert(s,r.outputType)};r.prototype.selectNodesByFilter=function(t,i){var r=e.getMatches(t);return this.selectNodesByReference(r,i)};r.prototype.selectNodesByReference=function(t,i){if(typeof i!==\"object\")i=e.getEmptyMap();var r=i.addProperties;var o=e.getEmptyMap();for(var d=0;d<t.length;d++){var s=this.createNode(t[d],r,i.view);if(s){o[s.id]=s}}if(i.view){this._restorePositions(o,i.view)}return e.convert(o,i.outputType)};r.prototype.createNode=function(i,r,o){var d=this.wiki.getTiddler(e.getTiddlerReference(i));if(!d||d.isDraft()||this.wiki.isSystemTiddler(d.fields.title)){return}if(!d.fields[this.opt.field.nodeId]){var s=e.getEmptyMap();s[this.opt.field.nodeId]=e.genUUID();d=new $tw.Tiddler(d,s);$tw.wiki.addTiddler(d)}var a=e.getEmptyMap();var n=d.fields[this.opt.field.nodeIcon];if(n){var l=e.getTiddler(n);if(l&&l.fields.text){var p=l.fields.type?l.fields.type:\"image/svg+xml\";var f=l.fields.text;a.shape=\"image\";if(p===\"image/svg+xml\"){f=f.replace(/\\r?\\n|\\r/g,\" \");if(!e.inArray(\"xmlns\",f)){f=f.replace(/<svg/,'<svg xmlns=\"http://www.w3.org/2000/svg\"')}}var g=$tw.config.contentTypeInfo[p].encoding===\"base64\"?f:window.btoa(f);a.image=\"data:\"+p+\";base64,\"+g}}var v=d.fields[this.opt.field.nodeLabel];a.label=v&&this.opt.field.nodeLabel!==\"title\"?this.wiki.renderText(\"text/plain\",\"text/vnd-tiddlywiki\",v):d.fields.title;var y=d.fields[this.opt.field.nodeInfo];a.title=y&&this.opt.field.nodeInfo!==\"text\"?this.wiki.renderText(\"text/html\",\"text/vnd-tiddlywiki\",y):d.fields.title;if(d.fields.color){a.color=d.fields.color}if(typeof r===\"object\"){a=$tw.utils.extendDeepCopy(a,r)}a.id=d.fields[this.opt.field.nodeId];a.ref=d.fields.title;if(o){var o=new t(o);if(o.isConfEnabled(\"physics_mode\")){a.allowedToMoveX=true;a.allowedToMoveY=true}}return a};r.prototype.selectNeighbours=function(t,i){if(typeof i!==\"object\")i=e.getEmptyMap();if(i.edges){var r=this.filterEdgesByEndpoints(i.edges,t,{outputType:\"array\",endpointsInSet:\"=1\"})}else{var r=this.selectEdgesByEndpoints(t,{outputType:\"array\",view:i.view,endpointsInSet:\"=1\"})}var t=e.getLookupTable(t,\"id\");var o=e.getEmptyMap();for(var d=0;d<r.length;d++){var s=t[r[d].from]?r[d].to:r[d].from;o[s]=true}return this.selectNodesByIds(o,i)};r.prototype.selectNodesByIds=function(t,r){if(typeof r!==\"object\")r=e.getEmptyMap();if(Array.isArray(t)){t=e.getArrayValuesAsHashmapKeys(t)}else if(t instanceof i.DataSet){t=e.getLookupTable(t,\"id\")}var o=e.getEmptyMap();var d=this.wiki.allTitles();var s=this.opt.field.nodeId;var a=r.addProperties;for(var n in t){for(var l=0;l<d.length;l++){var p=this.createNode(d[l],a,r.view);if(p&&t[p.id]){o[p.id]=p}}}if(r.view){this._restorePositions(o,r.view)}return e.convert(o,r.outputType)};r.prototype.selectNodeById=function(t,i){if(typeof i!==\"object\"){i=e.getEmptyMap()}i.outputType=\"hashmap\";var r=this.selectNodesByIds([t],i);return r[t]};r.prototype.deleteNodesFromStore=function(t,i){if(!t)return;var r=this.opt.field.nodeId;var o=this.wiki.allTitles();var d=[];var t=e.getLookupTable(t,\"id\");for(var s in t){for(var a=0;a<o.length;a++){var n=e.getTiddlersWithProperty(r,s,{isIncludeDrafts:true,isReturnRef:true,tiddlers:o});d=d.concat(n)}}var l=this.wiki.getTiddlerList(\"$:/StoryList\");if(l.length){l=l.filter(function(t){return!e.inArray(t,d)});var p=this.wiki.getTiddler(\"$:/StoryList\");this.wiki.addTiddler(new $tw.Tiddler(p,{list:l}))}e.deleteTiddlers(d);var f=this.selectEdgesByEndpoints(t,{view:i,outputType:\"array\"});this.deleteEdgesFromStore(f)};r.prototype.deleteEdgeFromStore=function(i,r){if(!i)return;var o=i.label?i.label:this.opt.misc.unknownEdgeLabel;var r=new t(r);var d=r.getEdgeStoreLocation()+\"/\"+o;var s=this.wiki.getTiddlerData(d,[]);this.logger(\"info\",\"Edge with label\",o,\"will be deleted: \",i);var a=e.keyOfItemWithProperty(s,\"id\",i.id);if(a!=null){s.splice(a,1);this.wiki.setTiddlerData(d,s);$tw.tiddlymap.edgeChanges.push({type:\"delete\",edge:i})}};r.prototype.deleteEdgesFromStore=function(t,i){t=e.convert(t,\"array\");for(var r=0;r<t.length;r++){this.deleteEdgeFromStore(t[r],i)}};r.prototype.getView=function(e,i){return new t(e,i)};r.prototype.createView=function(e){if(typeof e!==\"string\"||e===\"\"){e=\"My view\"}var i=this.wiki.generateNewTitle(this.opt.path.views+\"/\"+e);return new t(i,true)};r.prototype._restorePositions=function(i,r){r=new t(r);if(!r.exists())return;var o=r.getPositions();for(var d in i){if(e.hasOwnProp(o,d)){i[d].x=o[d].x;i[d].y=o[d].y}}};r.prototype.storePositions=function(e,i){i=new t(i);i.setPositions(e)};r.prototype.setupTiddler=function(t){var i=this.wiki.getTiddler(e.getTiddlerReference(t));if(!i)return;var r=this.opt.field.nodeId;if(!i.fields[r]){var o=e.getEmptyMap();o[r]=e.genUUID();i=new $tw.Tiddler(i,o);$tw.wiki.addTiddler(i)}return i};r.prototype.insertNode=function(i,r){if(typeof r!==\"object\")r=e.getEmptyMap();if(typeof i!==\"object\"){i=e.getEmptyMap()}var o=e.getEmptyMap();o.title=this.wiki.generateNewTitle(i.label?i.label:\"New node\");i.label=o.title;i.ref=o.title;if(this.opt.field.nodeId===\"title\"){i.id=o.title}else{i.id=e.genUUID();o[this.opt.field.nodeId]=i.id}if(r.view){var d=new t(r.view);d.addNodeToView(i)}this.wiki.addTiddler(new $tw.Tiddler(o,this.wiki.getModificationFields(),this.wiki.getCreationFields()));return i};exports.Adapter=r})();",
"title": "$:/plugins/felixhayashi/tiddlymap/adapter.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/callback_manager.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/callback_manager.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var t=function(){this.wiki=$tw.wiki;this.logger=$tw.tiddlymap.logger;this.callbacks=e.getEmptyMap()};t.prototype.add=function(e,t,l){this.logger(\"debug\",'A callback was registered for changes of \"'+e+'\"');this.callbacks[e]={execute:t,isDeleteOnCall:typeof l===\"boolean\"?l:true}};t.prototype.remove=function(e){if(this.callbacks[e]){this.logger(\"debug\",'A callback for \"'+e+'\" will be deleted');delete this.callbacks[e]}};t.prototype.handleChanges=function(e){if(this.callbacks.length==0){this.logger(\"debug\",\"No registered callbacks exist at the moment\");return}for(var t in e){if(!this.callbacks[t])continue;if(this.wiki.getTiddler(t)){this.logger(\"debug\",'A callback for \"'+t+'\" will be executed');this.callbacks[t].execute(t);if(!this.callbacks.isDeleteOnCall)continue}this.remove(t)}};exports.CallbackManager=t})();",
"title": "$:/plugins/felixhayashi/tiddlymap/callback_manager.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/dialog_manager.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/dialog_manager.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/callback_manager.js\").CallbackManager;var i=function(t,e){this.wiki=$tw.wiki;this.logger=$tw.tiddlymap.logger;this.adapter=$tw.tiddlymap.adapter;this.opt=$tw.tiddlymap.opt;this.callbackManager=t;if(e){this.context=e}};i.prototype.open=function(e,i,a){if(!i){i={}}if(typeof a===\"function\"&&this.context){a=a.bind(this.context)}var l=this.opt.path.tempRoot+\"/dialog-\"+t.genUUID();var d={title:l,footer:t.getText(this.opt.ref.dialogStandardFooter),output:l+\"/output\",result:l+\"/result\",confirmButtonLabel:\"Okay\",cancelButtonLabel:\"Cancel\"};if(i.dialog){if(i.dialog.preselects){this.wiki.addTiddler(new $tw.Tiddler({title:d.output},i.dialog.preselects));delete i.dialog.preselects}$tw.utils.extend(d,i.dialog);delete i.dialog}this.callbackManager.add(d.result,function(e){var i=this.wiki.getTiddler(e);var l=i.fields.text;if(l){var o=this.wiki.getTiddler(d.output)}else{var o=null;$tw.tiddlymap.notify(\"operation cancelled\")}if(typeof a===\"function\"){a(l,o)}t.deleteTiddlers([d.title,d.output,d.result])}.bind(this),true);var o=t.getTiddler(this.opt.path.dialogs+\"/\"+e);var r=new $tw.Tiddler(o,i,d);this.wiki.addTiddler(r);$tw.rootWidget.dispatchEvent({type:\"tm-modal\",param:r.fields.title,paramObject:r.fields});this.logger(\"debug\",\"Opened dialog\",r)};exports.DialogManager=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/dialog_manager.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/exception.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/exception.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){Exception={};Exception.EnvironmentError=function(n){this.name=\"EnvironmentError\";this.message=\"Critical parts (\"+n+\") of the underlying system changed.\"};Exception.DependencyError=function(n){this.name=\"DependencyError\";this.message=\"TiddlyMap cannot run without: \"+n};for(var n in Exception){Exception[n].prototype=Object.create(Error.prototype);Exception[n].constructor=Exception[n]}exports.Exception=Exception})();",
"title": "$:/plugins/felixhayashi/tiddlymap/exception.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/utils.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/utils.js\ntype: application/javascript\nmodule-type: library\n\nATTENTION: THIS CLASS MUST NOT REQUIRE ANY OTHER TIDDLYMAP FILE\nIN ORDER TO AVOID ACYCLIC DEPENDENCIES!\n\n@preserve\n\n\\*/\n(function(){var e=require(\"$:/plugins/felixhayashi/vis/vis.js\");var t=require(\"$:/plugins/felixhayashi/tiddlymap/exception.js\").Exception;var r={};r.deleteTiddlers=function(e){var t=Object.keys(e);for(var n=0;n<t.length;n++){if(r.tiddlerExists(e[t[n]])){var i=r.getTiddlerReference(e[t[n]]);$tw.wiki.deleteTiddler(i)}}};r.getTiddlerIds=function(e,t){var n=[];var i=Object.keys(e);for(var l=0;l<i.length;l++){if(r.tiddlerExists(e[i[l]])){var a=r.getTiddler(e[i[l]]).fields[t];n.push(a)}}return n};r.getTiddlerById=function(e,t){if(!t)t=\"id\";var n=$tw.wiki.allTitles();for(var i=0;i<n.length;i++){var l=r.getTiddler(n[i]);if(l.fields[t]===e){return l}}};r.getLabel=function(e,t){var n=r.getTiddler(e);return n&&n.fields[t]?n.fields[t]:n.fields.title};r.convert=function(t,n){if(typeof t!==\"object\")return;switch(n){case\"array\":return r.getValues(t);case\"hashmap\":case\"object\":if(t instanceof e.DataSet){return e.get({returnType:\"Object\"})}else{return t}case\"dataset\":default:if(t instanceof e.DataSet){return t}if(!Array.isArray(t)){t=r.getValues(t)}return new e.DataSet(t)}};r.inject=function(t,n){if(n instanceof e.DataSet){n.update(r.convert(t,\"array\"))}else if(Array.isArray(n)){t=r.convert(t,\"object\");for(var i in t){if(!r.inArray(t[i],n)){n.push(t[i])}}}else{$tw.utils.extend(n,r.convert(t,\"object\"))}return n};r.refresh=function(t,n,i){if(!i){return new e.DataSet(r.convert(t,\"array\"))}var l={updated:r.convert(t,\"array\"),removed:[]};for(var a in n){if(!t[a])l.removed.push(a)}i.remove(l.removed);i.update(l.updated);return i};r.getValues=function(t){if(Array.isArray(t)){return t}if(t instanceof e.DataSet){return t.get({returnType:\"Array\"})}var r=[];var n=Object.keys(t);for(var i=0;i<n.length;i++){r.push(t[n[i]])}return r};r.hasOwnProp=function(e,t){return Object.prototype.hasOwnProperty.call(e,t)};r.getEmptyMap=function(){var e=Object.create(null);Object.defineProperty(e,\"hasOwnProperty\",{enumerable:false,configurable:false,writable:false,value:Object.prototype.hasOwnProperty.bind(e)});return e};r.getMatches=function(e,t,n){var i=undefined;if(typeof t===\"object\"){var l=Object.keys(t);i=function(e){for(var n=0;n<l.length;n++){var i=r.getTiddler(t[l[n]]);if(i){e(i,i.fields.title)}}}}if(typeof e===\"string\"){e=$tw.wiki.compileFilter(e)}var a=e.call($tw.wiki,i);return a};r.isMatch=function(e,t){var n=r.getTiddlerReference(e);return r.getMatches(t,[n]).length>0};r.getTiddlerReference=function(e){if(e instanceof $tw.Tiddler){return e.fields.title}else if(typeof e===\"string\"){return e}};r.getTiddler=function(e){return e instanceof $tw.Tiddler?e:$tw.wiki.getTiddler(e)};r.getBasename=function(e){return e.substring(e.lastIndexOf(\"/\")+1)};r.notify=function(e){var t=\"$:/temp/tiddlymap/notify\";$tw.wiki.addTiddler(new $tw.Tiddler({title:t,text:e}));$tw.notifier.display(t)};r.tiddlerExists=function(e){var t=r.getTiddlerReference(e);return t&&($tw.wiki.tiddlerExists(t)||$tw.wiki.isShadowTiddler(t))};r.getPropertiesByPrefix=function(e,t,n){var i=r.getEmptyMap();for(var l in e){if(r.startsWith(l,t)){i[n?l.substr(t.length):l]=e[l]}}return i};r.startsWith=function(e,t){return typeof e===\"string\"&&e.indexOf(t)===0};r.hasElements=function(e){return Object.keys(e).length>0};r.findAndRemoveClassNames=function(e){for(var t=0;t<e.length;t++){var r=document.getElementsByClassName(e[t]);for(var n=0;n<r.length;n++){$tw.utils.removeClass(r[n],e[t])}}};r.isDraft=function(e){return r.getTiddler(e)&&r.getTiddler(e).isDraft()};r.getText=function(e,t){if(!t){t=\"\"}var n=r.getTiddler(e);return n?n.fields.text:t};r.inArray=function(e,t){return t.indexOf(e)!==-1};r.joinAndWrap=function(e,t,r,n){if(!n)n=\" \";return t+e.join(r+n+t)+r};r.keysOfItemsWithProperty=function(e,t,n,i){e=r.getIterableCollection(e);var l=Object.keys(e);var a=[];var i=typeof i===\"number\"?i:l.length;for(var u=0;u<l.length;u++){var f=l[u];if(typeof e[f]===\"object\"&&e[f][t]){if(!n||e[f][t]===n){a.push(f);if(a.length===i){break}}}}return a};r.keyOfItemWithProperty=function(e,t,n){var i=r.keysOfItemsWithProperty(e,t,n,1);return i.length?i[0]:undefined};r.getIterableCollection=function(t){return t instanceof e.DataSet?t.get():t};r.getLookupTable=function(e,t){e=r.getIterableCollection(e);var n=r.getEmptyMap();var i=Object.keys(e);for(var l=0;l<i.length;l++){var a=i[l];var u=t?e[a][t]:e[a];if(typeof u===\"string\"&&u!=\"\"||typeof u===\"number\"){if(!n[u]){n[u]=e[a];continue}}throw'TiddlyMap: Cannot use \"'+u+'\" as lookup table index'}return n};r.getArrayValuesAsHashmapKeys=function(e){return r.getLookupTable(e)};r.getTiddlersWithProperty=function(e,t,n){if(typeof n!==\"object\")n=r.getEmptyMap();if(!n.tiddlers){n.tiddlers=$tw.wiki.allTitles()}var i=[];var l=n.isReturnRef;var a=Object.keys(n.tiddlers);for(var u=0;u<a.length;u++){var f=r.getTiddler(n.tiddlers[a[u]]);if(f.fields[e]===t){i.push(l?f.fields.title:f);if(n.isIncludeDrafts){var s=$tw.wiki.findDraft(f.fields.title);if(s){i.push(l?s:$tw.wiki.getTiddler(s))}}}}return i};r.Exception=t;r.getFullScreenApis=function(){var e=document,t=e.body,r={_requestFullscreen:t.webkitRequestFullscreen!==undefined?\"webkitRequestFullscreen\":t.mozRequestFullScreen!==undefined?\"mozRequestFullScreen\":t.msRequestFullscreen!==undefined?\"msRequestFullscreen\":t.requestFullscreen!==undefined?\"requestFullscreen\":\"\",_exitFullscreen:e.webkitExitFullscreen!==undefined?\"webkitExitFullscreen\":e.mozCancelFullScreen!==undefined?\"mozCancelFullScreen\":e.msExitFullscreen!==undefined?\"msExitFullscreen\":e.exitFullscreen!==undefined?\"exitFullscreen\":\"\",_fullscreenElement:e.webkitFullscreenElement!==undefined?\"webkitFullscreenElement\":e.mozFullScreenElement!==undefined?\"mozFullScreenElement\":e.msFullscreenElement!==undefined?\"msFullscreenElement\":e.fullscreenElement!==undefined?\"fullscreenElement\":\"\",_fullscreenChange:e.webkitFullscreenElement!==undefined?\"webkitfullscreenchange\":e.mozFullScreenElement!==undefined?\"mozfullscreenchange\":e.msFullscreenElement!==undefined?\"MSFullscreenChange\":e.fullscreenElement!==undefined?\"fullscreenchange\":\"\"};if(!r._requestFullscreen||!r._exitFullscreen||!r._fullscreenElement){return null}else{return r}};r.flatten=function(e,t){t=t||{};var r=t.delimiter||\".\";var n=t.prefix||\"\";var i={};function l(e,a){Object.keys(e).forEach(function(u){var f=e[u];var s=t.safe&&Array.isArray(f);var c=Object.prototype.toString.call(f);var d=c===\"[object Object]\"||c===\"[object Array]\";var o=a?a+r+u:n+u;if(!s&&d){return l(f,o)}i[o]=f})}l(e);return i};r.unflatten=function(e,t){t=t||{};var n=t.delimiter||\".\";var i={};if(Object.prototype.toString.call(e)!==\"[object Object]\"){return e}function l(e){var t=Number(e);return isNaN(t)||e.indexOf(\".\")!==-1?e:t}Object.keys(e).forEach(function(a){var u=a.split(n);var f=l(u.shift());var s=l(u[0]);var c=i;while(s!==undefined){if(c[f]===undefined){c[f]=typeof s===\"number\"&&!t.object?[]:{}}c=c[f];if(u.length>0){f=l(u.shift());s=l(u[0])}}c[f]=r.unflatten(e[a],t)});return i};r.genUUID=function(){var e=\"0123456789abcdefghijklmnopqrstuvwxyz\".split(\"\");return function(){var t=e,r=new Array(36);var n=0,i;for(var l=0;l<36;l++){if(l==8||l==13||l==18||l==23){r[l]=\"-\"}else if(l==14){r[l]=\"4\"}else{if(n<=2)n=33554432+Math.random()*16777216|0;i=n&15;n=n>>4;r[l]=t[l==19?i&3|8:i]}}return r.join(\"\")}}();exports.utils=r})();",
"title": "$:/plugins/felixhayashi/tiddlymap/utils.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/view_abstraction.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=function(i,r){if(i instanceof e){return i}this.wiki=$tw.wiki;this.opt=$tw.tiddlymap.opt;this.logger=$tw.tiddlymap.logger;this.path=t.getEmptyMap();this.path.config=this._getConfigPath(i);if(r){this._createView()}else if(!this.exists()){return}this.path.map=this.path.config+\"/map\";this.path.nodeFilter=this.path.config+\"/filter/nodes\";this.path.edgeFilter=this.path.config+\"/filter/edges\";this._ignoreOnNextRebuild=t.getEmptyMap();this.rebuildCache(t.getValues(this.path))};e.prototype._getConfigPath=function(e){if(e instanceof $tw.Tiddler){return e.fields.title}if(typeof e==\"string\"){if(t.startsWith(e,this.opt.path.views)){var i=this.opt.path.views+\"/\";e=e.substr(i.length)}if(!t.inArray(\"/\",e)){return this.opt.path.views+\"/\"+e}}};e.prototype.getPaths=function(){return this.path};e.prototype._createView=function(){if(this.exists()){this.destroy()}var e={};e.title=this.path.config;e[this.opt.field.viewMarker]=true;e.id=t.genUUID();this.wiki.addTiddler(new $tw.Tiddler(e))};e.prototype.refresh=function(t){return this.rebuildCache(Object.keys(t))};e.prototype.rebuildCache=function(e,i){if(!this.exists())return[];if(t.inArray(this.path.config,e)){this.logger(\"debug\",\"View's config is requested to be rebuild -> trigger full rebuild\");e=t.getValues(this.path)}var r=this._ignoreOnNextRebuild;this._ignoreOnNextRebuild=t.getEmptyMap();var s=[];for(var o=0;o<e.length;o++){var n=e[o];if(!i&&r[n]){continue}switch(n){case this.path.config:this.config=this.getConfig(null,true);break;case this.path.map:this.positions=this.getPositions(true);break;case this.path.nodeFilter:this.nodeFilter=this.getNodeFilter(null,true);break;case this.path.edgeFilter:this.edgeFilter=this.getEdgeFilter(null,true);break;default:continue}s.push(n)}return s};e.prototype.exists=function(){return t.tiddlerExists(this.path.config)};e.prototype.getRoot=function(){return this.path.config};e.prototype.getLabel=function(){if(!this.exists())return;return t.getBasename(this.path.config)};e.prototype.destroy=function(){if(!this.exists())return;var e=\"[prefix[\"+this.getRoot()+\"]]\";t.deleteTiddlers(t.getMatches(e));this.path=t.getEmptyMap()};e.prototype.getReferences=function(){var e=\"[regexp:text[<\\\\$tiddlymap.*?view=.\"+this.getLabel()+\"..*?>]]\";return t.getMatches(e)};e.prototype.rename=function(e){if(!this.exists()||typeof e!==\"string\"||t.inArray(\"/\",e)){return}var i=this.getLabel();if(i===e){return}for(index in this.path){var r=this.wiki.getTiddler(this.path[index]);if(!r)continue;this.path[index]=this.path[index].replace(i,e);this.wiki.addTiddler(new $tw.Tiddler(r,{title:this.path[index]}));this.wiki.deleteTiddler(r.fields.title)}this.rebuildCache(t.getValues(this.path),true)};e.prototype.isConfEnabled=function(t){return this.getConfig(t)===\"true\"};e.prototype.getConfig=function(e,i){if(!this.exists()){return t.getEmptyMap()}if(!i&&this.config){var r=this.config}else{var s=this.wiki.getTiddler(this.path.config).fields;var r=t.getPropertiesByPrefix(s,\"config.\");defaults={\"config.layout.active\":\"user\"};$tw.utils.extend(defaults,r)}return e?r[t.startsWith(e,\"config.\")?e:\"config.\"+e]:r};e.prototype.getHierarchyEdgeTypes=function(){if(this.getConfig(\"layout.active\")!==\"hierarchical\")return[];var e=t.getPropertiesByPrefix(this.getConfig(),\"config.layout.hierarchical.order-by-\",true);var i=t.getEmptyMap();for(var r in e){if(e[r]===\"true\"){var s=t.getTiddlerById(r);if(s){i[t.getBasename(s.fields.title)]=true}}}return i};e.prototype.setConfig=function(t){this.logger(\"log\",\"Updating config\",this.config,\"with\",t);$tw.utils.extend(this.config,t);this.wiki.addTiddler(new $tw.Tiddler(this.wiki.getTiddler(this.path.config),this.config));this._ignoreOnNextRebuild[this.path.config]=true};e.prototype.removeNodeFromFilter=function(t){var e=this.getNodeFilter(\"expression\");var i=e.replace(\"[[\"+t.label+\"]]\",\"\").replace(this._getAddNodeFilterPart(t),\"\");if(i!==e){this.setNodeFilter(i);return true}return false};e.prototype._getAddNodeFilterPart=function(t){return\"[field:\"+this.opt.field.nodeId+\"[\"+t.id+\"]]\"};e.prototype.setNodeFilter=function(t){if(!this.exists())return;t=t.replace(\"\\n\",\" \");if(this.getNodeFilter.expression===t){return}this.wiki.addTiddler(new $tw.Tiddler({title:this.path.nodeFilter,filter:t.replace(\"\\n\",\" \")}));this.logger(\"debug\",\"Node filter set to\",t);this.nodeFilter=this.getNodeFilter(null,true);this._ignoreOnNextRebuild[this.path.nodeFilter]=true};e.prototype.getPrettyNodeFilterExpr=function(){var t=this.getNodeFilter(\"expression\").trim().replace(\"][\",\"] [\");var e=/[\\+\\-]?\\[.+?[\\]\\}\\>]\\]/g;var i=t.match(e);t=t.replace(e,\" [] \").trim();var r=t.split(/\\s+/);var s=0;var o=[];for(var n=0;n<r.length;n++){o[n]=r[n]===\"[]\"?i[s++]:r[n]}return o.join(\"\\n\")};e.prototype.appendToNodeFilter=function(t){var t=this.getNodeFilter(\"expression\")+\" \"+t;this.setNodeFilter(t)};e.prototype.addNodeToView=function(t){this.appendToNodeFilter(this._getAddNodeFilterPart(t));this.setNodePosition(t)};e.prototype.getEdgeStoreLocation=function(){return this.isConfEnabled(\"private_edge_mode\")?this.getRoot()+\"/graph/edges\":this.opt.path.edges};e.prototype.getAllEdgesFilter=function(t){var e=t?\"removeprefix[\"+this.getEdgeStoreLocation()+\"/]\":\"\";return\"[prefix[\"+this.getEdgeStoreLocation()+\"]\"+e+\"]\"};e.prototype.getEdgeFilter=function(e,i){if(!i&&this.edgeFilter){var r=this.edgeFilter}else{var r=t.getEmptyMap();var s=$tw.wiki.getTiddler(this.path.edgeFilter);r.defaultIsShow=!s||s.fields[\"default-is-show\"]!==\"false\";r.expression=function(){var e=[];if(r.defaultIsShow){e.push(\"prefix[\"+this.getEdgeStoreLocation()+\"]\")}if(s){var i=t.getPropertiesByPrefix(s.fields,\"show-\",true);for(var o in i){var n=i[o]!==\"false\";if(r.defaultIsShow!==n){e.push((n?\"\":\"!\")+\"field:id[\"+o+\"]\")}}}return\"[\"+e.join(\"\")+\"]\"}.call(this);r.compiled=this.wiki.compileFilter(r.expression)}return e?r[e]:r};e.prototype.getNodeFilter=function(e,i){if(!i&&this.nodeFilter){var r=this.nodeFilter}else{var r=t.getEmptyMap();var s=$tw.wiki.getTiddler(this.path.nodeFilter);if(s&&typeof s.fields.filter===\"string\"){r.expression=s.fields.filter}else{r.expression=\"\"}r.compiled=this.wiki.compileFilter(r.expression)}return e?r[e]:r};e.prototype.getPositions=function(t){if(!t&&this.positions){return this.positions}return $tw.wiki.getTiddlerData(this.path.map,{})};e.prototype.setPositions=function(t){if(!this.exists())return;$tw.tiddlymap.logger(\"log\",'Storing positions in view \"'+this.getLabel()+'\"');if(typeof t!==\"object\")return;this.wiki.setTiddlerData(this.path.map,t);this.positions=t;this._ignoreOnNextRebuild[this.path.map]=true};e.prototype.setNodePosition=function(t){if(t&&t.x&&t.y){var e=this.getPositions();e[t.id]={x:t.x,y:t.y};this.setPositions(e)}};exports.ViewAbstraction=e})();",
"title": "$:/plugins/felixhayashi/tiddlymap/view_abstraction.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/map-macro.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/tiddlymap/map-macro.js\ntype: application/javascript\nmodule-type: macro\n\nIn connection with tiddlymap, this macro allows us to access\nsystem information from within tiddlers as well as to execute some\nutil functions.\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var r=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;exports.name=\"map-macro\";exports.params=function(r){var t=[];for(var e=0;e<r;e++){t.push({name:\"arg\"+e})}return t}(5);var t=function(){return};exports.run=function(){switch(arguments[0]){case\"basename\":return r.getBasename(arguments[1]);case\"option\":var t=$tw.tiddlymap.opt;var e=arguments[1].split(\".\");for(var n=0;n<e.length;n++){if(typeof t==\"object\"&&t[e[n]]){t=t[e[n]]}else{return\"property doesn't exist\"}}if(!(typeof t==\"string\"))return\"property is not a string\";return t}return\"wrong signature\"}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/map-macro.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog",
"subtitle": "{{$:/core/images/locked-padlock}} You cannot delete this view!",
"text": "It is not possible to delete the current view as ''<<count>>'' tiddlers\nare referencing it. To delete the view you must first remove the tiddlymap\nwidgets in the tiddlers listed below or change their view attributes.\n\n''References''\n\n<ul>\n<$list filter=<<filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nAfter the references are removed, you may delete the view."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap",
"subtitle": "{{$:/core/images/options-button}} Configuration of ~TiddlyMap",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nPlease visit the [[online docs|http://bit.ly/tiddlymap#Changing%20TiddlyMap's%20default%20configuration]] for more information about the following options.\n\n<fieldset class=\"tmap-options\">\n <legend>Field settings</legend>\n <table>\n <<tmap-row title:\"Node-id field\" field:\"config.sys.field.nodeId\" type:\"input-text\"\n descr:\"Field to identify tiddlers and trace their changes (missing ids are autogenerated).\"\n note:\"If you plan on using ~TiddlyWiki's cloning feature, set this value to 'title', however, you may lose some of ~TiddlyMap's functionality then. Please refer to the docs for further information.\">>\n <<tmap-row title:\"Node-icon field\" field:\"config.sys.field.nodeIcon\" type:\"input-text\"\n descr:\"Local image used as node image in the graphs.\">>\n <<tmap-row title:\"Node-label field\" field:\"config.sys.field.nodeLabel\" type:\"input-text\" \n descr:\"Alternative node label to use instead of the title.\">>\n <<tmap-row title:\"Node-info field\" field:\"config.sys.field.nodeInfo\" type:\"input-text\"\n descr:\"Field used as tooltip when hovering a node in a graph.\"\n note:\"It is prohibited to use the text field here.\">>\n <<tmap-row title:\"View-marker field\" field:\"config.sys.field.viewMarker\" type:\"input-text\"\n descr:\"Field used by the system to identify user views.\"\n note:\"It is __not__ recommended to change this default unless it conflicts with an existing system tiddler property.\">>\n </table> \n</fieldset>\n\n<fieldset><legend>Other settings</legend>\n <table>\n <<tmap-row title:\"Debug output\" field:\"config.sys.debug\" type:\"input-checkbox\"\n descr:\"Set this to true if you want debug information to be displayed in the browser console.\">>\n <<tmap-row title:\"Show notifications\" field:\"config.sys.notifications\" type:\"input-checkbox\"\n descr:\"Set this to true if you want to receive fade-out notifications for important events.\">>\n <<tmap-row title:\"Halfscreen enlargement\" field:\"config.sys.halfscreen\" type:\"input-checkbox\"\n descr:\"When the fullscreen-button is pressed, sidebar maps (live view, editor) are enlarged halfscreen instead of fullscreen so the story river stays visible.\">>\n <<tmap-row title:\"Allow single click mode\" field:\"config.sys.singleClickMode\" type:\"input-checkbox\"\n descr:\"A single click on a node is sufficient enough to open the corresponding tiddler.\"\n note:\"Drag and drop will still work and does not cause a tiddler to be opened.\">>\n </table>\n</fieldset>\n\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation",
"subtitle": "{{$:/core/images/import-button}} You must confirm in order to proceed!",
"text": "<<message>>\n\n''Are you really sure you want to do this?''\n\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/createView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/createView",
"subtitle": "{{$:/core/images/new-button}} Creating a new view",
"text": "Please specify a view name.\n\nName: <$edit-text tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"></$edit-text> <sup>[1]</sup>\n\n---\n\n<sup>[1]</sup> <small>Attention: using the name of an existing view will overwrite it!</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog",
"subtitle": "{{$:/core/images/delete-button}} Deleting the node named \"<<var.nodeLabel>>\"",
"text": "''Please choose an option or abort:''\n\n<$radio tiddler=<<output>> field=\"opt.delete\" value=\"from system\">\n Delete from system <sup>[1]</sup>\n</$radio><br />\n<$radio tiddler=<<output>> field=\"opt.delete\" value=\"from filter\">\n Delete from graph's filter <sup>[2]</sup>\n</$radio>\n\n---\n\n<sup>[1]</sup>\n<small>This will delete the node named \"<<var.nodeLabel>>\" ''and'' the corresponding tiddler named \"<<var.nodeRef>>\" ''and'' all connected edges.</small><br/>\n<sup>[2]</sup>\n<small>''Important:'' Removing a node from the graph's filter only works, if the node has been added in the map editor per double click or via \"Add Node\". Then we can delete the node \"<<var.nodeLabel>>\" from the existing filter used by the graph without removing the underlying tiddler. If the node hasn't been added as mentioned above, you need to change the underlying tiddler in a way that it doesn't match your filter anymore, if you want it to be removed from the graph.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNodeFilter": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNodeFilter",
"subtitle": "{{$:/core/images/edit-button}} Filter Editor",
"text": "<div id=\"tmap-node-filter-dialog\">\n\n <$edit-text tag=\"textarea\" tiddler=<<output>> field=\"text\" default=<<prettyFilter>> autoHeight=\"no\" />\n\n <div id=\"tmap-filter-tips\">\n\n Tips for creating a node filter:\n\n * \"\"\"\n <b>Warning:</b> Never use filters that are selectors (e.g. \"[all[tiddlers]]\")! Seriously!\n Use filters that really __are__ filters such as \"[!is[system]!has[draft.of]]\" etc. See this [[discussion|https://groups.google.com/d/msg/tiddlywikidev/aCRvcsVwfU8/FGsG1EOBUOQJ]].\n \"\"\"\n * A new line is equivalent to an \"or\".\n * New to filters? Read this [[introduction|http://tiddlywiki.com/#Introduction%20to%20Filters]].\n\n </div>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editView",
"subtitle": "{{$:/core/images/theme-button}} View Configuration",
"text": "\\define orderByEdgeField() config.layout.hierarchical.order-by-$(curEdgeId)$\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<fieldset><legend>Layout</legend>\n <$radio tiddler=<<output>> field=\"config.layout.active\" value=\"hierarchical\"> Hierachical layout</$radio>\n -- //Display nodes hierarchically ordered.//\n <ul>\n <li>\n Which relations define the hierarchical order?\n <div class=\"tmap-small-list\">\n <$list filter=<<var.edgeFilter>> >\n <$set name=\"curEdgeId\" value={{!!id}}>\n <$checkbox tiddler=<<output>> field=<<orderByEdgeField>> checked=\"true\" unchecked=\"false\" default=\"false\">\n <$macrocall $name=\"map-macro\" arg0=\"basename\" arg1={{!!title}} />\n </$checkbox>\n <br />\n </$set>\n </$list>\n </div>\n </li>\n </ul>\n \n <$radio tiddler=<<output>> field=\"config.layout.active\" value=\"user\"> User defined layout</$radio>\n -- //Position nodes on the canvas without any restriction.//\n\n</fieldset>\n\n<fieldset><legend>Other</legend>\n \n <table>\n <<tmap-row title:\"Floating nodes\" field:\"config.physics_mode\" type:\"input-checkbox\"\n descr:\"Set this to true if you want your nodes to freely swirl around.\">>\n <<tmap-row title:\"Private edge mode\" field:\"config.private_edge_mode\" type:\"input-checkbox\"\n descr:\"Use local edges that __exclusively__ belong to this particular view.\">>\n </table>\n \n</fieldset>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode",
"subtitle": "{{$:/core/images/permalink-button}} Widget Code Generator",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nThe following wizard will assist you in creating the widget code you can use (copy'n'paste) to embed this view in a tiddler. Please visit the [[online demo|http://bit.ly/tiddlymap]] for some examples on how the attributes below affect the displayed graph.\n\n''Widget-code''\n\n<pre style=\"white-space: normal;\">\n<$tiddlymap\n\nview=\"<<param.view>>\"\n\n<$list filter=\"[field:title<output>field:var.click-to-use[false]]\">\n click-to-use=\"false\"\n</$list>\n\n<$list filter=\"[field:title<output>has[var.width]]\">\n width=\"<$view tiddler=<<output>> field=\"var.width\" />\"\n</$list>\n\n<$list filter=\"[field:title<output>has[var.height]]\">\n height=\"<$view tiddler=<<output>> field=\"var.height\" />\"\n</$list>\n\n<$list filter=\"[field:title<output>has[var.class]]\">\n class=\"<$view tiddler=<<output>> field=\"var.class\" />\"\n</$list>\n\n<$list filter=\"[field:title<output>has[var.editor]]\">\n class=\"<$view tiddler=<<output>> field=\"var.editor\" />\"\n</$list>\n\n<$list filter=\"[field:title<output>field:var.show-buttons[false]]\">\n show-buttons=\"false\"\n</$list>\n\n></$tiddlymap>\n</pre>\n\nIf you are unsure about a parameter, just leave everything as is and simply copy the widget code displayed above.\n\n<fieldset class=\"tmap-options\">\n <legend>Parameters</legend> \n <table>\n <<tmap-row type:\"input-text\" title:\"Height\" field:\"var.height\"\n descr:\"The graph's height in css units. Defaults to '300px'.\">>\n <<tmap-row type:\"input-text\" title:\"Width\" field:\"var.width\"\n descr:\"The graph's width in css units. Defaults to '100%'.\">>\n <<tmap-row type:\"input-text\" title:\"Class\" field:\"var.class\"\n descr:\"A custom class you can assign to apply your own css.\">>\n <<tmap-row type:\"input-checkbox\" title:\"Click to use\" field:\"var.click-to-use\" default:\"true\"\n descr:\"Prevents the graph from reacting to mouse or click events. This default is highly recommended.\">>\n <<tmap-row type:\"input-checkbox\" title:\"Show buttons\" field:\"var.show-buttons\" default:\"true\"\n descr:\"Show or hide the graph's navigation buttons.\">>\n </table>\n</fieldset>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getNodeName": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getNodeName",
"subtitle": "{{$:/core/images/tag-button}} Please name your new node",
"text": "Name: <$edit-text tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"></$edit-text> <sup>[1]</sup> \n\n---\n\n<sup>[1]</sup>\n<small>If you leave the name field blank, a name will be automatically generated for you.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/previewContent": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/previewContent",
"subtitle": "{{$:/core/images/video}} Previewing \"<<param.ref>>\"",
"text": "<$transclude tiddler=<<param.ref>> field=\"text\" mode=\"block\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType",
"subtitle": "You are about to connect \"<<fromLabel>>\" with \"<<toLabel>>\"",
"text": "\\define getLabel()\n<$macrocall $name=\"map-macro\" arg0=\"basename\" arg1={{!!title}} />\n\\end\n\n''Type'': Please choose an existing relationship type from the list or specify a new one. <sup>[1]</sup>\n\n<!-- \"One trap to be aware of is that the edit text widget cannot be used to edit a field of the tiddler that contains it. Each keypress results in the tiddler being re-rendered, which loses the cursor position within the text field.\" -->\n<$edit-text tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"></$edit-text>\n<$select tiddler=<<output>> default=\"\">\n <option></option>\n <$list filter=<<edgeFilterExpr>> >\n <!-- if no value element is specified text is used; see http://dev.w3.org/html5/spec-preview/the-option-element.html -->\n <option value={{!!title}} >{{!!title}}</option>\n </$list>\n</$select>\n\n---\n\n<sup>[1]</sup> <small>Please note that the name of the relationship type is case sensitive.</small>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getViewName": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getViewName",
"subtitle": "{{$:/core/images/tag-button}} Please specify a view name",
"text": "Name: <$edit-text tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"></$edit-text> <sup>[1]</sup>\n\n<$reveal type=\"nomatch\" text=\"0\" default=<<count>>>\n \n Note that ''<<count>>'' tiddlers are referencing this view and renaming the view will cause the reference to be invalid. It is recommended to first remove the tiddlymap widgets in the tiddlers listed below or change their view attributes accordingly.\n\n ''References''\n\n <ul>\n <$list filter=<<filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n </$list>\n </ul>\n \n</$reveal>\n\n---\n\n<sup>[1]</sup> <small>Attention: using the name of an existing view will overwrite it!</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/welcome": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/welcome",
"subtitle": "{{$:/core/images/options-button}} Initial Setup",
"text": "It seems that you freshly installed ~TiddlyMap. Before you start creating\nmaps, please make sure ~TiddlyMap is configured correctly to suit your needs.\n\n{{$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap}}"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/standardFooter": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/standardFooter",
"text": "<$button set=<<result>> setTo=\"1\"><<confirmButtonLabel>><$action-sendmessage $message=\"tm-close-tiddler\" /></$button>\n<$button set=<<result>> setTo=\"\"><<cancelButtonLabel>><$action-sendmessage $message=\"tm-close-tiddler\" /></$button>"
},
"$:/plugins/felixhayashi/tiddlymap/license": {
"title": "$:/plugins/felixhayashi/tiddlymap/license",
"subtitle": "License",
"caption": "License",
"text": "!! ~TiddlyMap\n\nCopyright (c) 2014, Felix Küppers\nAll rights reserved.\n\n~TiddlyMap is licensed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]]. For the exact license terms, please visit [[https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]. \n\n!! ~TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © ~UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n# BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n# Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! Vis.js\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n# Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n# MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/tiddlymap/readme": {
"title": "$:/plugins/felixhayashi/tiddlymap/readme",
"text": "* Please refer to the project-readme hosted at [[https://github.com/felixhayashi/TW5-TiddlyMap]].\n* A demo with several examples and explanations can be found at [[http://bit.ly/tiddlymap]]."
},
"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png",
"type": "image/png",
"text": 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8Pl/BDX13d/enAL4zLA4WiyWlaVpi8+bNaVVVF8rKyjJ5G5yZmXknkUhYdF1/b25uTs2fOkge6uzsPL/iI4zf75fHjx93KoryjclkgtGfgSQMI0B+YovvSXbV19efdrvdKz/CvDyBbDbbTPITkjtFRBOR54ZPclJEbgL4weFw/LYcMK9/AFcdm7xTEIntAAAAAElFTkSuQmCC"
},
"$:/plugins/felixhayashi/tiddlymap/icon": {
"tags": "$:/tags/Image",
"title": "$:/plugins/felixhayashi/tiddlymap/icon",
"text": "<svg\n xmlns:dc=\"http://purl.org/dc/elements/1.1/\"\n xmlns:cc=\"http://creativecommons.org/ns#\"\n xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\"\n xmlns:svg=\"http://www.w3.org/2000/svg\"\n xmlns=\"http://www.w3.org/2000/svg\"\n xmlns:inkscape=\"http://www.inkscape.org/namespaces/inkscape\"\n version=\"1.1\"\n width=\"22\"\n height=\"22\"\n id=\"svg2\">\n <defs\n id=\"defs4\">\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4329\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4321\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4315\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4307\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4299\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4293\" />\n </defs>\n <g\n transform=\"translate(0,-1030.3622)\"\n id=\"layer1\">\n <path\n d=\"m 17.867073,4.5821643 a 3.7249374,3.7249374 0 1 1 -7.449875,0 3.7249374,3.7249374 0 1 1 7.449875,0 z\"\n transform=\"matrix(-0.92067214,0,0,0.9067667,31.288377,1044.4963)\"\n id=\"path4139-1-14\"\n style=\"fill-opacity:1;fill-rule:nonzero\" />\n <path\n d=\"m 17.000007,1033.6163 -8.8942822,4.5708 8.2745462,5.1624 z\"\n id=\"path4327\"\n style=\"fill-rule:nonzero\" />\n <path\n d=\"m 16.759655,1039.6227 c -1.848511,-10.8084 -23.2472087,-9.4234 -27.641002,-7.1916 l 7.0480408,1.1159 c 0,0 12.9317346,-4.5838 17.4326372,7.7395 z\"\n id=\"path4337\"\n style=\"fill-opacity:1\" />\n </g>\n <metadata\n id=\"metadata3772\">\n <rdf:RDF>\n <cc:Work\n rdf:about=\"\">\n <dc:title></dc:title>\n </cc:Work>\n </rdf:RDF>\n </metadata>\n</svg>\n"
},
"$:/plugins/felixhayashi/tiddlymap/media/surface.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/surface.png",
"type": "image/png",
"text": 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"
},
"$:/plugins/felixhayashi/tiddlymap/misc/connection_wizard": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/connection_wizard",
"subtitle": "{{$:/plugins/felixhayashi/tiddlymap/icon}} Connection Wizard",
"text": "\"\"\"\nPlease go on connecting <<currentTiddler>> with any tiddler of your choice.\nJust type in the name of the tiddler you want to link in the search field. <sup>[1]</sup>\n\"\"\"\n\nSearch:\n<$edit-text tiddler=\"$:/temp/felixhayashi/tiddlymap/quick_connect_search\" tag=\"input\" default=\"\" />\n\n---\n\n<$tiddlymap editor=\"vis\"\n click-to-use=\"false\"\n object-id=\"quick_connect\"\n height=\"250px\"\n view=\"quick_connect\"\n refresh-trigger=\"$:/temp/felixhayashi/tiddlymap/quick_connect_search\"></$tiddlymap>\n\n---\n\n<sup>[1]</sup> <small>The current tiddler is highlighted in the graph.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar",
"text": "\\define showEdgeField() show-$(curEdgeId)$\n\n<!-- ===== View Switcher ======================================== -->\n\n<div>\n View:\n <$reveal type=\"match\" text=\"false\" default=<<param.isViewBound>> >\n <$select tiddler=<<param.ref.viewHolder>> field=\"text\" default=<<param.ref.view>> >\n <$list filter=<<map-macro \"option\" \"filter.allViews\">> >\n <option value={{!!title}}>\n <$macrocall $name=\"map-macro\" arg0=\"basename\" arg1={{!!title}} />\n </option>\n </$list>\n </$select>\n </$reveal>\n <$reveal type=\"match\" text=\"true\" default=<<param.isViewBound>> >\n <b><<param.viewLabel>></b>\n </$reveal>\n\n <$button popup=<<qualify \"$:/temp/tmap/editor/showactions\">> >{{$:/core/images/menu-button}}</$button>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/tmap/editor/showactions\">> >\n <div class=\"tc-drop-down\">\n <a href=\"http://bit.ly/tiddlymap#The View Menu\" target=\"_blank\">{{$:/core/images/info-button}} Open online help</a>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tm-create-view\">{{$:/core/images/new-button}} Create empty view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tm-rename-view\">{{$:/core/images/tag-button}} Rename view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tm-delete-view\">{{$:/core/images/delete-button}} Delete view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tm-edit-view\">{{$:/core/images/theme-button}} Configure view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tm-store-position\">{{$:/core/images/globe}} Save positions</$button>\n <$button class=\"tc-btn-invisible\" message=\"tm-generate-widget\">{{$:/core/images/permalink-button}} Grab widget code</$button>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tm-configure-system\">{{$:/core/images/options-button}} Global configurations</$button>\n </div>\n </$reveal>\n\n</div>\n\n<!-- ===== Edge Filter ========================================== -->\n\n<span class=\"tmap-separator\" />\n\n<div>\n Edge Filter:\n <$button popup=<<qualify \"$:/temp/tmap/editor/filteredges\">> >{{$:/core/images/menu-button}}</$button>\n \n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/tmap/editor/filteredges\">> >\n <div class=\"tc-drop-down\">\n \n <$tiddler tiddler=<<param.ref.edgeFilter>>>\n <a href=\"http://bit.ly/tiddlymap#Using the edge filter\" target=\"_blank\">{{$:/core/images/info-button}} Open online help</a>\n <hr />\n <$checkbox field=\"default-is-show\" checked=\"true\" unchecked=\"false\" default=\"true\">\n Toggle default (show or hide)\n </$checkbox>\n <hr />\n <$set name=\"default\" filter=\"[all[current]!field:default-is-show[false]]\" value=\"true\" emptyValue=\"false\">\n <div class=\"tmap-small-list\">\n <$list filter=<<param.allEdgesFilter>> >\n <$set name=\"curEdgeId\" value={{!!id}}>\n <$checkbox tiddler=<<param.ref.edgeFilter>> field=<<showEdgeField>> checked=\"true\" unchecked=\"false\" default=<<default>> >\n <$macrocall $name=\"map-macro\" arg0=\"basename\" arg1={{!!title}} />\n </$checkbox>\n <br />\n </$set>\n </$list>\n </div>\n </$set>\n </$tiddler>\n \n </div>\n </$reveal>\n\n</div>\n\n<!-- ===== Node Filter ========================================== -->\n\n<span class=\"tmap-separator\" />\n\n<div>\n Node Filter:\n <$button popup=<<qualify \"$:/temp/tmap/editor/state/nodeFilterActions\">> >{{$:/core/images/menu-button}}</$button>\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/tmap/editor/state/nodeFilterActions\">> >\n <div class=\"tc-drop-down\">\n <a href=\"http://bit.ly/tiddlymap#Using the node filter\" target=\"_blank\">{{$:/core/images/info-button}} Open online help</a>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tm-edit-node-filter\">{{$:/core/images/edit-button}} Edit filter</$button>\n <hr />\n <$checkbox field=\"config.display_neighbours\" checked=\"true\" unchecked=\"false\" default=\"false\">\n Show neighbours\n </$checkbox>\n </div>\n </$reveal>\n\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/focusButton": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/focusButton",
"text": "<div class=\"focus-button\">\n <$reveal type=\"nomatch\" state=<<qualify \"$:/temp/tmap/state/focus\">> text=\"show\">\n <$button class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=<<param.search-output>> text=\"\" />\n <$action-setfield $tiddler=<<qualify \"$:/temp/tmap/state/focus\">> text=\"show\" />\n <$action-sendmessage $message=\"tm-reset-focus\" />\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<qualify \"$:/temp/tmap/state/focus\">> text=\"show\">\n <$button class=<<tv-config-toolbar-class>> >{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=<<qualify \"$:/temp/tmap/state/focus\">> text=\"hide\" />\n <$action-sendmessage $message=\"tm-reset-focus\" />\n </$button>\n <div class=\"tmap-popup\">\n <div class=\"tc-drop-down\">\n <$edit-text tiddler=<<param.search-output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\" />\n <small><$count filter=<<param.nodeFilter>> /> results</small>\n <hr />\n <div class=\"tmap-very-small-list\">\n <$list filter=<<param.nodeFilter>> variable=\"item\" emptyMessage=\"//No results//\">\n <$button class=\"tc-btn-invisible\" set=<<qualify \"$:/temp/tmap/state/focus\">> setTo=\"hide\" message=\"tm-focus-node\" param=<<item>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$button>\n </$list>\n </div>\n </div>\n </div>\n </$reveal>\n\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/macros": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/macros",
"text": "\\define input-text(field, default)\n <$edit-text tiddler=<<output>> field=\"$field$\" type=\"text\" tag=\"input\" default=\"$default$\" />\n\\end\n\n\\define input-checkbox(field, default)\n <$checkbox tiddler=<<output>> field=\"$field$\" checked=\"true\" unchecked=\"false\" default=\"$default$\" />\n\\end\n\n\\define input-radio(field, default)\n <$radio tiddler=<<output>> field=\"$field$\" value=\"$value$\" />\n\\end\n\n\\define tmap-row(title, field, type, default, descr, note)\n <tr>\n <td class=\"tmap-title\">$title$:</td>\n <td>\n <<$type$ field:\"$field$\" default:\"$default$\" values:\"$values$\">>\n </td>\n <td>\n <span class=\"tmap-description\">$descr$</span>\n <$reveal type=\"nomatch\" text=\"\" default=\"$note$\">\n <div class=\"tmap-note\">''Note:'' $note$</div>\n </$reveal>\n </td>\n </tr>\n\\end"
},
"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder",
"text": "$:/plugins/felixhayashi/tiddlymap/graph/views/default"
},
"$:/plugins/felixhayashi/tiddlymap/config/sys": {
"title": "$:/plugins/felixhayashi/tiddlymap/config/sys",
"type": "application/json",
"text": "{ \n \"field\": {\n \"nodeId\": \"id\",\n \"nodeLabel\": \"caption\",\n \"nodeIcon\": \"icon\",\n \"nodeInfo\": \"description\",\n \"viewMarker\": \"isview\"\n },\n \"debug\": \"false\",\n \"notifications\": \"true\",\n \"editNodeOnCreate\": \"false\",\n \"halfscreen\": \"false\",\n \"singleClickMode\": \"false\"\n}\n"
},
"$:/plugins/felixhayashi/tiddlymap/config/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/config/vis",
"type": "application/json",
"text": "{\n \"nodes\": {\n \"radiusMin\": 10,\n \"radiusMax\": 30,\n \"radius\": 10,\n \"shape\": \"box\",\n \"widthMin\": 16,\n \"widthMax\": 64,\n \"fontColor\": \"black\",\n \"fontSize\": 14,\n \"fontFace\": \"verdana\",\n \"level\": -1,\n \"color\": {\n \"border\" : \"#2B7CE9\",\n \"background\" : \"#97C2FC\",\n \"highlight\": {\n \"border\": \"#2B7CE9\",\n \"background\": \"#D2E5FF\"\n },\n \"hover\": {\n \"border\": \"white\",\n \"background\": \"white\"\n }\n }\n },\n \"edges\": {\n \"widthMin\": 1,\n \"widthMax\": 15,\n \"width\": 1,\n \"widthSelectionMultiplier\": 4,\n \"hoverWidth\": 1.5,\n \"style\": \"arrow\",\n \"color\": {\n \"color\": \"#848484\",\n \"highlight\": \"#B90000\",\n \"hover\": \"B90000\"\n },\n \"fontColor\": \"gray\",\n \"fontSize\": 14,\n \"fontFace\": \"arial\",\n \"fontFill\": \"transparent\",\n \"arrowScaleFactor\": 1,\n \"dash\": {\n \"length\": 10,\n \"gap\": 5\n },\n \"inheritColor\": false\n },\n \"groups\": {\n \"special\": {\n \"borderWidth\": 1,\n \"color\": {\n \"background\": \"#E6B293\",\n \"border\": \"#FF6700\"\n }\n },\n \"neighbours\": {\n \"color\": \"#DCDCDC\"\n },\n \"matches\": {\n \"color\": \"#97C2FC\"\n }\n },\n \"tooltip\": {\n \"delay\": 300,\n \"fontColor\": \"black\",\n \"fontSize\": 14,\n \"fontFace\": \"verdana\",\n \"color\": {\n \"border\": \"#666\",\n \"background\": \"#FFFFC6\"\n }\n },\n \"clickToUse\": true,\n \"configurePhysics\": false,\n \"physics\": {\n \"barnesHut\": {\n \"enabled\": false\n },\n \"repulsion\": {\n \"enabled\": false,\n \"centralGravity\": 0,\n \"springLength\": 200,\n \"springConstant\": 0.05,\n \"nodeDistance\": 100,\n \"damping\": 0.18\n }\n },\n \"clustering\": {\n \"enabled\": false,\n \"initialMaxNodes\": 100,\n \"clusterThreshold\": 500,\n \"reduceToNodes\": 300,\n \"chainThreshold\": 0.4,\n \"clusterEdgeThreshold\": 20,\n \"sectorThreshold\": 100,\n \"screenSizeThreshold\": 0.2,\n \"fontSizeMultiplier\": 4,\n \"maxFontSize\": 1000,\n \"forceAmplification\": 0.1,\n \"distanceAmplification\": 0.1,\n \"edgeGrowth\": 20,\n \"nodeScaling\": {\n \"width\": 1,\n \"height\": 1,\n \"radius\": 1\n },\n \"maxNodeSizeIncrements\": 600,\n \"activeAreaBoxSize\": 80,\n \"clusterLevelDifference\": 2\n },\n \"navigation\": {\n \"enabled\": true\n },\n \"keyboard\": {\n \"enabled\": false,\n \"speed\": {\n \"x\": 10,\n \"y\": 10,\n \"zoom\": 0.02\n }\n },\n \"hierarchicalLayout\": {\n \"enabled\": false,\n \"levelSeparation\": 250,\n \"nodeSpacing\": 200,\n \"direction\": \"UD\",\n \"layout\": \"direction\"\n },\n \"freezeForStabilization\": false,\n \"smoothCurves\": {\n \"enabled\": true,\n \"dynamic\": true,\n \"type\": \"continuous\",\n \"roundness\": 0.5\n },\n \"maxVelocity\": 30,\n \"minVelocity\": 0.1,\n \"stabilize\": true,\n \"zoomExtentOnStabilize\": true,\n \"stabilizationIterations\": 1500,\n \"dragNetwork\": true,\n \"dragNodes\": true,\n \"zoomable\": true,\n \"hover\": false,\n \"hideEdgesOnDrag\": false,\n \"hideNodesOnDrag\": false,\n \"width\": \"100%\",\n \"height\": \"100%\",\n \"selectable\": true,\n \"locale\": \"en_EN\",\n \"locales\": {\n \"en_EN\": {\n \"edit\": \"Edit\",\n \"del\": \"Delete selected\",\n \"back\": \"Back\",\n \"addNode\": \"Add Node\",\n \"addEdge\": \"Add Edge\",\n \"editNode\": \"Edit Node\",\n \"editEdge\": \"Edit Edge\",\n \"addDescription\": \"Click in an empty space to place a new node.\",\n \"edgeDescription\": \"Click on a node and drag the edge to another node to connect them.\",\n \"editEdgeDescription\": \"Click on the control points and drag them to a node to connect to it.\",\n \"createEdgeError\": \"Cannot link edges to a cluster.\",\n \"deleteClusterError\": \"Clusters cannot be deleted.\"\n }\n }\n}\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton": {
"tags": "$:/tags/ViewToolbar",
"title": "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton",
"description": "Show available ~TiddlyMap actions",
"text": "<$reveal type=\"nomatch\" state=<<qualify \"$:/temp/tiddlymap/\">> text=\"show\">\n <$button set=<<qualify \"$:/temp/tiddlymap/\">> setTo=\"show\" class=<<tv-config-toolbar-class>> >\n {{$:/plugins/felixhayashi/tiddlymap/icon}}\n </$button>\n</$reveal>\n\n<$reveal type=\"match\" state=<<qualify \"$:/temp/tiddlymap/\">> text=\"show\">\n <$button set=<<qualify \"$:/temp/tiddlymap/\">> setTo=\"hide\" class=<<tv-config-toolbar-class>> >\n {{$:/plugins/felixhayashi/tiddlymap/icon}}\n </$button>\n\n<div class=\"tmap-quick-connect tc-reveal tc-popup\">\n <div class=\"tc-drop-down\">\n <div>{{$:/core/images/import-button}} ''Add this node'': Drop <$link to=<<currentTiddler>>>this link</$link> on a graph editor</div>\n <hr />\n <div>{{$:/core/images/close-others-button}} ''Link this node'' <sup>[1]</sup></div>\n <table>\n <tr>\n <td>Edge:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch/type\" field=\"text\" type=\"text\" tag=\"input\" default=\"\" />\n <$select tiddler=\"$:/temp/quickConnectSearch/type\" default=\"\">\n <option></option>\n <$list filter=<<map-macro \"option\" \"filter.allSharedEdgesByLabel\">> >\n <option>{{!!title}}</option>\n </$list>\n </$select>\n </td>\n </tr>\n <tr>\n <td>Search:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch\" type=\"search\" tag=\"input\" default=\"\"></$edit-text>\n <small><$count filter=\"[!is[system]search{$:/temp/quickConnectSearch}sort[title]limit[50]]\" /> results</small>\n </td>\n </tr>\n <tr>\n <td colspan=\"2\">\n <table class=\"tmap-very-small-list\">\n <$list filter=\"[!is[system]search{$:/temp/quickConnectSearch}sort[title]count[]]\" variable=\"item\" emptyMessage=\"//No results//\">\n <tr>\n <td>\n <$button>From\n <$action-sendmessage $message=\"tm-create-edge\"\n from=<<item>>\n to=<<currentTiddler>>\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n </td>\n <td>\n <$button>To\n <$action-sendmessage $message=\"tm-create-edge\"\n from=<<currentTiddler>>\n to=<<item>>\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n </td>\n <td><$view tiddler=<<item>> field=\"title\" /></td>\n </tr>\n </$list>\n </table>\n </td>\n </tr>\n </table>\n \n <div>{{$:/core/images/delete-button}} ''Existing Connections'' <sup>[1]</sup></div>\n <p> \n <$connections>\n <div>\n <$button class=\"tc-btn-invisible\">\n <$action-sendmessage $message=\"tm-remove-edge\" id=<<edge.id>> label=<<edge.label>> />\n {{$:/core/images/close-button}}\n </$button> <<role>> <$link><<neighbour>></$link>\n </div>\n </$connections>\n </p>\n \n <hr />\n \n <small>[1] Note, that nodes will be globally linked or removed. Have a look at the [[docs|http://bit.ly/tiddlymap#Public%20and%20Private%20Edges]] for more information on private and public relations.</small><br />\n \n </div>\n</div>\n\n\n\n\n</$reveal>\n\n\n\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/searchVisualizer": {
"title": "$:/plugins/felixhayashi/tiddlymap/searchVisualizer",
"caption": "Graph",
"tags": "$:/tags/SearchResults",
"text": "<$tiddlymap\n view=\"search\"\n click-to-use=\"false\"\n object-id=\"search_visualizer\"\n width=\"calc(100% - 15px)\"\n bottom-spacing=\"15px\"\n refresh-trigger=\"$:/temp/search\"></$tiddlymap>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/liveView": {
"caption": "Live",
"tags": "$:/tags/SideBar",
"title": "$:/plugins/felixhayashi/tiddlymap/hook/liveView",
"text": "<$reveal type=\"nomatch\" state=\"$:/view\" text=\"top\" default=\"\">\n\n You cannot use the live view because either\n\n * you did not install the ''TW5-TopStoryView'' plugin\n * or haven't switched your scroll view to //top// (Configuration ➡ Appearance ➡ Story view ➡ Current view).\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/view\" text=\"top\" default=\"\">\n <$tiddlymap\n object-id=\"live_view\"\n view=\"live\"\n refresh-trigger=\"$:/temp/focussedTiddler\"\n click-to-use=\"false\"\n width=\"calc(100% - 15px)\"\n bottom-spacing=\"15px\"></$tiddlymap>\n</$reveal>\n \n\n"
},
"$:/plugins/felixhayashi/tiddlymap/hook/editor": {
"caption": "Map",
"tags": "$:/tags/SideBar",
"title": "$:/plugins/felixhayashi/tiddlymap/hook/editor",
"text": "<$tiddlymap\n editor=\"advanced\"\n object-id=\"main_editor\"\n click-to-use=\"false\"\n width=\"calc(100% - 15px)\"\n bottom-spacing=\"15px\"></$tiddlymap>"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/default/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/default/filter/nodes",
"filter": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/default",
"isview": "true",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/live/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/live/filter/nodes",
"filter": "[!is[system]field:title{$:/temp/focussedTiddler}]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/live": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/live",
"config.display_neighbours": "true",
"config.physics_mode": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/quick_connect/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/quick_connect/filter/nodes",
"filter": "[all[current]] [!is[system]search{$:/temp/felixhayashi/tiddlymap/quick_connect_search}limit[10]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/quick_connect": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/quick_connect",
"config.display_neighbours": "false",
"config.physics_mode": "false"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/search/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/search/filter/nodes",
"filter": "[!is[system]search{$:/temp/search}] [!is[system]search:tags{$:/temp/search}] [!is[system]search:text{$:/temp/search}limit[10]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/search": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/search",
"config.display_neighbours": "true",
"config.physics_mode": "true"
},
"$:/plugins/felixhayashi/tiddlymap/connections.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/connections.js\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var r=function(t,r){e.call(this,t,r);this.addEventListener(\"tm-remove-edge\",function(e){$tw.tiddlymap.adapter.deleteEdgeFromStore(e.paramObject)})};r.prototype=Object.create(e.prototype);r.prototype.render=function(e,t){this.parentDomNode=e;this.computeAttributes();this.execute();this.renderChildren(e,t)};r.prototype.execute=function(){var e=\"[field:title[\"+this.getVariable(\"currentTiddler\")+\"]!has[draft.of]]\";var t=this.getAttribute(\"filter\",e);this.nodes=$tw.tiddlymap.adapter.selectNodesByFilter(t,{outputType:\"hashmap\"});this.edges=$tw.tiddlymap.adapter.selectEdgesByEndpoints(this.nodes,{outputType:\"hashmap\",endpointsInSet:\">=1\"});this.neighbours=$tw.tiddlymap.adapter.selectNeighbours(this.nodes,{edges:this.edges,outputType:\"hashmap\"});var r=[];for(var i in this.edges){var s=this.makeItemTemplate(this.edges[i]);if(s){r.push(s)}}this.makeChildWidgets(r)};r.prototype.makeItemTemplate=function(e){var t=\"\";var r=this.nodes[e.to]?\"From\":\"To\";var i=this.neighbours[e[r.toLowerCase()]];if(!i)return;return{type:\"edgelistitem\",edge:e,link:i,linkRole:r,children:this.parseTreeNode.children}};r.prototype.refresh=function(e){for(var r in e){var i=t.startsWith(r,$tw.tiddlymap.opt.path.edges);var s=r===this.getVariable(\"currentTiddler\");if(i||s){this.refreshSelf();return true}}return this.refreshChildren(e)};exports[\"connections\"]=r;var i=function(t,r){e.call(this,t,r)};i.prototype=Object.create(e.prototype);i.prototype.execute=function(){var e=this.parseTreeNode;this.setVariable(\"currentTiddler\",e.link.ref);this.setVariable(\"edge.id\",e.edge.id);this.setVariable(\"edge.label\",e.edge.label);this.setVariable(\"neighbour\",e.link.ref);this.setVariable(\"role\",e.linkRole);this.makeChildWidgets()};i.prototype.refresh=function(e){return this.refreshChildren(e)};exports.edgelistitem=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/connections.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/graph_widget.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/graph_widget.js\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/core/modules/widgets/dropzone.js\").dropzone;var i=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var r=require(\"$:/plugins/felixhayashi/tiddlymap/callback_manager.js\").CallbackManager;var s=require(\"$:/plugins/felixhayashi/tiddlymap/dialog_manager.js\").DialogManager;var o=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var a=require(\"$:/plugins/felixhayashi/vis/vis.js\");var n=function(t,i){e.call(this);this.initialise(t,i);this.adapter=$tw.tiddlymap.adapter;this.opt=$tw.tiddlymap.opt;this.notify=$tw.tiddlymap.notify;this.callbackManager=new r;this.dialogManager=new s(this.callbackManager,this);this.computeAttributes();this.editorMode=this.getAttribute(\"editor\");if(this.editorMode){this.addEventListeners([{type:\"tm-create-view\",handler:this.handleCreateView},{type:\"tm-rename-view\",handler:this.handleRenameView},{type:\"tm-delete-view\",handler:this.handleDeleteView},{type:\"tm-edit-view\",handler:this.handleEditView},{type:\"tm-configure-system\",handler:this.handleConfigureSystem},{type:\"tm-store-position\",handler:this.handleStorePositions},{type:\"tm-edit-node-filter\",handler:this.handleEditNodeFilter},{type:\"tm-import-tiddlers\",handler:this.handleImportTiddlers},{type:\"tm-generate-widget\",handler:this.handleGenerateWidget}])}this.addEventListeners([{type:\"tm-focus-node\",handler:this.handleFocusNode},{type:\"tm-reset-focus\",handler:this.repaintGraph}]);this.checkForFreshInstall()};n.prototype=Object.create(e.prototype);n.prototype.handleConnectionEvent=function(e,t){var i=this.getView().getAllEdgesFilter(true);var r={edgeFilterExpr:i,fromLabel:this.adapter.selectNodeById(e.from).label,toLabel:this.adapter.selectNodeById(e.to).label};this.dialogManager.open(\"getEdgeType\",r,function(i,r){if(i){var s=o.getText(r);e.label=s&&s!==this.opt.misc.unknownEdgeLabel?s:this.opt.misc.unknownEdgeLabel;this.adapter.insertEdge(e,this.getView())}if(typeof t==\"function\"){t(i)}})};n.prototype.checkForFreshInstall=function(e,t){if(!o.tiddlerExists(this.opt.ref.welcomeFlag)){this.handleConfigureSystem(true);this.wiki.addTiddler(new $tw.Tiddler({title:this.opt.ref.welcomeFlag}))}};n.prototype.openStandardConfirmDialog=function(e,t){var i={message:t,dialog:{confirmButtonLabel:\"Yes, proceed\",cancelButtonLabel:\"Cancel\"}};this.dialogManager.open(\"getConfirmation\",i,e)};n.prototype.logger=function(e,t){var i=Array.prototype.slice.call(arguments,1);i.unshift(\"@\"+this.objectId.toUpperCase());i.unshift(e);$tw.tiddlymap.logger.apply(this,i)};n.prototype.render=function(e,t){this.parentDomNode=e;this.registerClassNames(e);this.sidebar=document.getElementsByClassName(\"tc-sidebar-scrollable\")[0];this.containedInSidebar=this.sidebar&&this.sidebar.contains(this.parentDomNode);this.objectId=this.getAttribute(\"object-id\")?this.getAttribute(\"object-id\"):o.genUUID();this.viewHolderRef=this.getViewHolderRef();this.view=this.getView();this.initAndRenderEditorBar(e);this.initAndRenderGraph(e);$tw.tiddlymap.registry.push(this)};n.prototype.registerClassNames=function(e){if(!$tw.utils.hasClass(e,\"tmap-widget\")){var t=[\"tmap-widget\"];if(this.getAttribute(\"click-to-use\")!==\"false\"){t.push(\"tmap-click-to-use\")}if(this.getAttribute(\"editor\")===\"advanced\"){t.push(\"tmap-advanced-editor\")}if(this.getAttribute(\"show-buttons\")===\"false\"){t.push(\"tmap-no-buttons\")}if(this.getAttribute(\"class\")){t.push(this.getAttribute(\"class\"))}$tw.utils.addClass(e,t.join(\" \"))}};n.prototype.initAndRenderEditorBar=function(e){this.graphBarDomNode=document.createElement(\"div\");$tw.utils.addClass(this.graphBarDomNode,\"tmap-topbar\");e.appendChild(this.graphBarDomNode);this.rebuildEditorBar();this.renderChildren(this.graphBarDomNode)};n.prototype.rebuildEditorBar=function(){var e={viewLabel:this.getView().getLabel(),isViewBound:String(this.isViewBound()),\"ref.view\":this.getView().getRoot(),\"ref.viewHolder\":this.getViewHolderRef(),\"ref.edgeFilter\":this.getView().getPaths().edgeFilter,allEdgesFilter:this.view.getAllEdgesFilter(),\"search-output\":\"$:/temp/tmap/editor/search\",nodeFilter:this.view.getNodeFilter(\"expression\")+\"+[search{$:/temp/tmap/editor/search}]\"};for(var t in e){this.setVariable(\"param.\"+t,e[t])}var i={type:\"tiddler\",attributes:{tiddler:{type:\"string\",value:this.getView().getRoot()}},children:[]};if(this.editorMode===\"advanced\"){i.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.graphBar}}})}else{i.children.push({type:\"element\",tag:\"span\",attributes:{\"class\":{type:\"string\",value:\"tmap-view-label\"}},children:[{type:\"text\",text:e.viewLabel}]})}i.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.focusButton}}});this.makeChildWidgets([i])};n.prototype.refresh=function(e){this.callbackManager.handleChanges(e);var t=this.isViewSwitched(e);var i=this.getView().refresh(e);if(t||i.length){var r={resetData:true,resetOptions:true,resetFocus:true};if(t){this.logger(\"warn\",\"View switched\");this.view=this.getView(true)}else{this.logger(\"warn\",\"View modified\",i);r.resetData=false}this.rebuildGraph(r)}else{this.checkOnGraph(e)}this.checkOnEditorBar(e,t,i)};n.prototype.rebuildGraph=function(e){this.logger(\"debug\",\"Rebuilding graph\");if(!e)e={};this.hasNetworkStabilized=false;if(e.resetData){this.graphData.edges.clear();this.graphData.nodes.clear();this.graphData.edgesById=null;this.graphData.nodesById=null;this.graphData.nodesByRef=null}if(e.resetOptions){this.graphOptions=this.getGraphOptions();this.network.setOptions(this.graphOptions)}this.graphData=this.getGraphData(true);if(e.resetFocus&&!this.preventNextContextReset){if(typeof e.resetFocus!==\"object\"){e.resetFocus={delay:0,duration:0}}this.fitGraph(e.resetFocus.delay,e.resetFocus.duration);this.doZoomAfterStabilize=true;this.preventNextContextReset=false}};n.prototype.getContainer=function(){return this.parentDomNode};n.prototype.getGraphData=function(e){if(!e&&this.graphData){return this.graphData}var t=this.getView().getNodeFilter(\"compiled\");var i=this.adapter.selectNodesByFilter(t,{view:this.getView(),outputType:\"hashmap\",addProperties:{group:\"matches\"}});var r=this.adapter.selectEdgesByEndpoints(i,{view:this.getView(),outputType:\"hashmap\",endpointsInSet:this.getView().isConfEnabled(\"display_neighbours\")?\">=1\":\"=2\"});if(this.getView().isConfEnabled(\"display_neighbours\")){var s=this.adapter.selectNeighbours(i,{edges:r,outputType:\"hashmap\",view:this.getView(),addProperties:{group:\"neighbours\"}});o.inject(s,i)}if(this.getView().getConfig(\"layout.active\")===\"hierarchical\"){this.setHierarchy(i,r,this.getView().getHierarchyEdgeTypes())}if(!this.graphData)this.graphData=o.getEmptyMap();this.graphData.nodes=o.refresh(i,this.graphData.nodesById,this.graphData.nodes);this.graphData.edges=o.refresh(r,this.graphData.edgesById,this.graphData.edges);this.graphData.nodesByRef=o.getLookupTable(i,\"ref\");this.graphData.nodesById=i;this.graphData.edgesById=r;return this.graphData};n.prototype.isViewBound=function(){return o.startsWith(this.getViewHolderRef(),this.opt.path.localHolders)};n.prototype.isViewSwitched=function(e){if(this.isViewBound()){return false}else{return o.hasOwnProp(e,this.getViewHolderRef())}};n.prototype.checkOnEditorBar=function(e,t,i){if(t||i.length){this.removeChildDomNodes();this.rebuildEditorBar();this.renderChildren(this.graphBarDomNode);return true}else{return this.refreshChildren(e)}};n.prototype.checkOnGraph=function(e){var t=this.getView().getNodeFilter(\"compiled\");var i=o.getMatches(t,Object.keys(e));if(i.length){this.logger(\"info\",\"Modified nodes\",i);this.rebuildGraph();return}else{for(var r in e){if(this.graphData.nodesByRef[r]){this.logger(\"info\",\"Obsolete node\",i);this.rebuildGraph();return}}}var s=this.getView().getEdgeFilter(\"compiled\");var a=o.getMatches(s,Object.keys(e));if(a.length){this.logger(\"info\",\"Changed edge stores\",a);this.rebuildGraph();return}};n.prototype.initAndRenderGraph=function(e){this.logger(\"info\",\"Initializing and rendering the graph\");if(this.editorMode){var i=this.makeChildWidget({type:\"dropzone\"});var r=this;i.handleDropEvent=function(e){r.lastImportDropCoordinates={x:e.clientX,y:e.clientY};t.prototype.handleDropEvent.call(this,e)};i.render(e);this.graphDomNode=i.findFirstDomNode()}else{this.graphDomNode=document.createElement(\"div\");e.appendChild(this.graphDomNode)}$tw.utils.addClass(this.graphDomNode,\"tmap-vis-graph\");e.style[\"width\"]=this.getAttribute(\"width\",\"100%\");window.addEventListener(\"resize\",this.handleResizeEvent.bind(this),false);if(!this.containedInSidebar){this.callbackManager.add(\"$:/state/sidebar\",this.handleResizeEvent.bind(this))}window.addEventListener(\"click\",this.handleClickEvent.bind(this),false);window.addEventListener(o.getFullScreenApis()[\"_fullscreenChange\"],this.handleFullScreenChange.bind(this),false);this.handleResizeEvent();this.graphOptions=this.getGraphOptions();this.graphData=this.getGraphData();this.network=new a.Network(this.graphDomNode,this.graphData,this.graphOptions);var s=this.getAttribute(\"refresh-trigger\");if(s){this.logger(\"debug\",\"Registering refresh trigger:\",s);this.callbackManager.add(s,this.handleTriggeredRefresh.bind(this),false)}this.network.on(\"click\",this.handleVisClickEvent.bind(this));this.network.on(\"doubleClick\",this.handleVisDoubleClickEvent.bind(this));this.network.on(\"stabilized\",this.handleVisStabilizedEvent.bind(this));this.network.on(\"dragStart\",this.handleVisDragStart.bind(this));this.network.on(\"dragEnd\",this.handleVisDragEnd.bind(this));this.addGraphButtons({fullscreen:this.handleToggleFullscreen});this.setGraphButtonEnabled(\"fullscreen\",true)};n.prototype.getGraphOptions=function(){if(!this.graphOptions){var e=$tw.utils.extendDeepCopy(this.opt.config.vis);e.onDelete=function(e,t){this.handleRemoveElement(e)}.bind(this);e.onConnect=function(e,t){this.handleConnectionEvent(e)}.bind(this);e.onAdd=function(e,t){this.handleInsertNode(e)}.bind(this);e.onEditEdge=function(e,t){var i=this.handleReconnectEdge(e)}.bind(this);e.dataManipulation={enabled:this.editorMode?true:false,initiallyVisible:true};e.navigation=true;e.clickToUse=this.getAttribute(\"click-to-use\")!==\"false\"}else{var e=this.graphOptions}if(this.getView().getConfig(\"layout.active\")===\"hierarchical\"){e.hierarchicalLayout.enabled=true;e.hierarchicalLayout.layout=\"direction\"}else{e.hierarchicalLayout.enabled=false}return e};n.prototype.handleCreateView=function(){this.dialogManager.open(\"createView\",null,function(e,t){if(e){var i=o.getText(t);if(!o.inArray(i,this.opt.misc.lockedViews)){var r=this.adapter.createView(i);this.setView(r.getRoot())}else{this.notify(\"Forbidden!\")}}})};n.prototype.handleRenameView=function(){if(!o.inArray(this.getView().getLabel(),this.opt.misc.lockedViews)){var e=this.getView().getReferences();var t={count:e.length.toString(),filter:o.joinAndWrap(e,\"[[\",\"]]\")};this.dialogManager.open(\"getViewName\",t,function(e,t){if(e){var i=o.getText(t);if(!o.inArray(i,this.opt.misc.lockedViews)){this.view.rename(i);this.setView(this.view.getRoot())}else{this.notify(\"Forbidden!\")}}})}else{this.notify(\"Forbidden!\")}};n.prototype.handleEditView=function(){var e={\"var.edgeFilter\":this.getView().getEdgeFilter(\"expression\"),dialog:{preselects:this.getView().getConfig()}};this.dialogManager.open(\"editView\",e,function(e,t){if(e&&t){var i=o.getPropertiesByPrefix(t.fields,\"config.\");this.getView().setConfig(i)}})};n.prototype.handleDeleteView=function(){var e=this.getView().getLabel();if(o.inArray(e,this.opt.misc.lockedViews)){this.notify(\"Forbidden!\");return}var t=this.getView().getReferences();if(t.length){var i={count:t.length.toString(),filter:o.joinAndWrap(t,\"[[\",\"]]\")};this.dialogManager.open(\"cannotDeleteViewDialog\",i,null);return}var r=\"You are about to delete the view \"+\"''\"+e+\"'' (no tiddler currently references this view).\";this.openStandardConfirmDialog(function(t){if(t){this.getView().destroy();this.setView(this.opt.path.views+\"/default\");this.notify('view \"'+e+'\" deleted ')}},r)};n.prototype.handleTriggeredRefresh=function(e){this.logger(\"log\",\"Tiddler\",e,\"triggered a refresh\");this.rebuildGraph({resetData:false,resetOptions:false,resetFocus:{delay:1e3,duration:1e3}})};n.prototype.handleConfigureSystem=function(e){var t={dialog:{preselects:o.flatten({config:{sys:this.opt.config.sys}})}};var i=e===true?\"welcome\":\"configureTiddlyMap\";console.log(e,i);this.dialogManager.open(i,t,function(e,t){if(e&&t){var i=o.getPropertiesByPrefix(t.fields,\"config.sys.\",true);this.wiki.setTiddlerData(this.opt.ref.sysConf+\"/user\",i)}})};n.prototype.handleReconnectEdge=function(e){var t=this.graphData.edges.get(e.id);$tw.utils.extend(t,e);this.adapter.deleteEdgesFromStore([{id:t.id,label:t.label}],this.getView());return this.adapter.insertEdge(t,this.getView())};n.prototype.handleRemoveElement=function(e){if(e.edges.length&&!e.nodes.length){this.adapter.deleteEdgesFromStore(this.graphData.edges.get(e.edges),this.getView());this.notify(\"edge\"+(e.edges.length>1?\"s\":\"\")+\" removed\")}if(e.nodes.length){this.handleRemoveNode(this.graphData.nodesById[e.nodes[0]])}};n.prototype.handleRemoveNode=function(e){var t={\"var.nodeLabel\":e.label,\"var.nodeRef\":e.ref,dialog:{preselects:{\"opt.delete\":\"from system\"}}};this.dialogManager.open(\"deleteNodeDialog\",t,function(t,i){if(t){if(i.fields[\"opt.delete\"]===\"from system\"){this.adapter.deleteNodesFromStore([e])}else{var r=this.getView().removeNodeFromFilter(e);if(!r){this.notify(\"Couldn't remove node from filter\");return}}this.notify(\"Node removed \"+i.fields[\"opt.delete\"])}})};n.prototype.handleFullScreenChange=function(){var e=o.getFullScreenApis();if(this.enlargedMode===\"fullscreen\"&&!document[e[\"_fullscreenElement\"]]){this.handleToggleFullscreen()}};n.prototype.handleToggleFullscreen=function(){var e=o.getFullScreenApis();this.logger(\"log\",\"Toggled graph enlargement\");if(this.enlargedMode){o.findAndRemoveClassNames([\"tmap-\"+this.enlargedMode,\"tmap-has-\"+this.enlargedMode+\"-child\"]);if(this.enlargedMode===\"fullscreen\"){document[e[\"_exitFullscreen\"]]()}this.enlargedMode=null}else{this.enlargedMode=this.containedInSidebar&&this.opt.config.sys.halfscreen===\"true\"?\"halfscreen\":\"fullscreen\";$tw.utils.addClass(this.parentDomNode,\"tmap-\"+this.enlargedMode);if(this.containedInSidebar){$tw.utils.addClass(this.sidebar,\"tmap-has-\"+this.enlargedMode+\"-child\")}if(this.enlargedMode===\"fullscreen\"){document.documentElement[e[\"_requestFullscreen\"]](Element.ALLOW_KEYBOARD_INPUT)}}this.handleResizeEvent()};n.prototype.handleGenerateWidget=function(e){var t={\"param.view\":this.getView().getLabel()};this.dialogManager.open(\"getWidgetCode\",t)};n.prototype.handleShowContentPreview=function(e){var t={\"param.ref\":e};this.dialogManager.open(\"previewContent\",t)};n.prototype.handleImportTiddlers=function(e){var t=JSON.parse(e.param);var i=this.graphDomNode.getBoundingClientRect();var r=this.network.DOMtoCanvas({x:this.lastImportDropCoordinates.x-i.left,y:this.lastImportDropCoordinates.y-i.top});for(var s=0;s<t.length;s++){var a=this.wiki.getTiddler(t[s].title);if(!a){this.notify(\"Cannot integrate foreign tiddler\");return}if(o.isMatch(a,this.getView().getNodeFilter(\"compiled\"))){this.notify(\"Node already exists\");continue}var n=this.adapter.createNode(a,{x:s*20+r.x,y:r.y},this.getView());if(n){this.getView().addNodeToView(n);this.rebuildGraph()}}};n.prototype.handleStorePositions=function(e){this.adapter.storePositions(this.network.getPositions(),this.getView());if(e){this.notify(\"positions stored\")}};n.prototype.handleEditNodeFilter=function(){var e={prettyFilter:this.getView().getPrettyNodeFilterExpr()};this.dialogManager.open(\"editNodeFilter\",e,function(t,i){if(t){this.getView().setNodeFilter(o.getText(i,e.prettyFilter))}})};n.prototype.handleVisStabilizedEvent=function(e){if(!this.hasNetworkStabilized){this.hasNetworkStabilized=true;this.logger(\"log\",\"Network stabilized after \"+e.iterations+\" iterations\");this.setNodesMoveable(this.graphData.nodesById,this.getView().isConfEnabled(\"physics_mode\"));if(this.doZoomAfterStabilize){this.doZoomAfterStabilize=false;this.fitGraph(1e3,1e3)}}};n.prototype.handleFocusNode=function(e){this.network.focusOnNode(this.graphData.nodesByRef[e.param].id,{scale:1,animation:true})};n.prototype.fitGraph=function(e,t){window.clearTimeout(this.activeZoomExtentTimeout);var i=function(){this.network.zoomExtent({duration:t});this.activeZoomExtentTimeout=0}.bind(this);if(e){this.activeZoomExtentTimeout=window.setTimeout(i,e)}else{i()}};n.prototype.handleStartStabilizionEvent=function(e){};n.prototype.handleInsertNode=function(e){this.dialogManager.open(\"getNodeName\",null,function(t,i){if(t){e.label=o.getText(i);this.adapter.insertNode(e,{view:this.getView(),editNodeOnCreate:false});this.preventNextContextReset=true}})};n.prototype.handleVisClickEvent=function(e){if(this.opt.config.sys.singleClickMode===\"true\"){if(e.nodes.length){this.openTiddler(e.nodes[0])}}};n.prototype.handleVisDoubleClickEvent=function(e){if(!e.nodes.length&&!e.edges.length){if(this.editorMode){this.handleInsertNode(e.pointer.canvas)}}else{if(e.nodes.length){this.openTiddler(e.nodes[0])}else if(e.edges.length){this.logger(\"debug\",\"Doubleclicked on an Edge\")}}};n.prototype.handleResizeEvent=function(e){if(this.containedInSidebar){var t=window.innerHeight;var i=this.parentDomNode.getBoundingClientRect().top;var r=this.getAttribute(\"bottom-spacing\",\"10px\");var s=t-i+\"px\";this.parentDomNode.style[\"height\"]=\"calc(\"+s+\" - \"+r+\")\"}else{var o=this.getAttribute(\"height\");this.parentDomNode.style[\"height\"]=o?o:\"300px\"}if(this.network){this.repaintGraph()}};n.prototype.handleClickEvent=function(e){if(!document.body.contains(this.parentDomNode)){window.removeEventListener(\"click\",this.handleClickEvent);return}if(this.network){var t=document.elementFromPoint(e.clientX,e.clientY);if(!this.parentDomNode.contains(t)){this.network.selectNodes([])}}};n.prototype.handleVisDragEnd=function(e){if(e.nodeIds.length&&this.getView().getConfig(\"layout.active\")!==\"hierarchical\"){var t=this.getView().isConfEnabled(\"physics_mode\");var i=this.graphData.nodesById[e.nodeIds[0]];this.setNodesMoveable([i],t);if(!t){this.handleStorePositions()}}};n.prototype.handleVisDragStart=function(e){if(e.nodeIds.length){var t=this.graphData.nodesById[e.nodeIds[0]];this.setNodesMoveable([t],true)}};n.prototype.destruct=function(){window.removeEventListener(\"resize\",this.handleResizeEvent);this.network.destroy()};n.prototype.openTiddler=function(e){var t=this.graphData.nodesById[e];var i=t.ref;this.logger(\"debug\",\"Opening tiddler\",i,\"with id\",e);if(this.enlargedMode===\"fullscreen\"){this.handleShowContentPreview(i)}else{this.dispatchEvent({type:\"tm-navigate\",navigateTo:i})}};n.prototype.getViewHolderRef=function(){if(this.viewHolderRef){return this.viewHolderRef}this.logger(\"info\",\"Retrieving or generating the view holder reference\");var e=this.getAttribute(\"view\");if(e){this.logger(\"log\",'User wants to bind view \"'+e+'\" to graph');var t=this.opt.path.views+\"/\"+e;if(this.wiki.getTiddler(t)){var i=this.opt.path.localHolders+\"/\"+o.genUUID();this.logger(\"log\",'Created an independent temporary view holder \"'+i+'\"');this.wiki.addTiddler(new $tw.Tiddler({title:i,text:t}));this.logger(\"log\",'View \"'+t+'\" inserted into independend holder')}else{this.logger(\"log\",'View \"'+e+'\" does not exist')}}if(typeof i===\"undefined\"){this.logger(\"log\",\"Using default (global) view holder\");var i=this.opt.ref.defaultGraphViewHolder}return i};n.prototype.setView=function(e,t){if(e){if(!t){t=this.viewHolderRef}this.logger(\"info\",'Inserting view \"'+e+'\" into holder \"'+t+'\"');this.wiki.addTiddler(new $tw.Tiddler({title:t,text:e}))}this.view=this.getView(true)};n.prototype.getView=function(e){if(!e&&this.view){return this.view}var t=this.getViewHolderRef();var r=this.wiki.getTiddler(t).fields.text;this.logger(\"info\",'Retrieved view \"'+r+'\" from holder \"'+t+'\"');if(o.tiddlerExists(r)){return new i(r)}else{this.logger(\"log\",'Warning: View \"'+r+\"\\\" doesn't exist. Default is used instead.\");return new i(\"default\")}};n.prototype.repaintGraph=function(){if(!document[o.getFullScreenApis()[\"_fullscreenElement\"]]||this.enlargedMode){this.logger(\"info\",\"Repainting the whole graph\");this.network.redraw();this.fitGraph(0,1e3)}};n.prototype.setGraphButtonEnabled=function(e,t){var i=\"network-navigation tmap-vis-button\"+\" \"+\"tmap-\"+e;var r=this.parentDomNode.getElementsByClassName(i)[0];$tw.utils.toggleClass(r,\"tmap-button-enabled\",t)};n.prototype.setNodesMoveable=function(e,t){this.network.storePositions();var i=[];var r=Object.keys(e);for(var s=0;s<r.length;s++){var o={id:e[r[s]].id,allowedToMoveX:t,allowedToMoveY:t};i.push(o)}this.graphData.nodes.update(i)};n.prototype.setHierarchy=function(e,t,i){function r(s,o){if(s.level)return;s.level=o;for(var a in t){var n=t[a];if(n.from===s.id){var d=e[n.to];if(i[n.label]){r(d,o+1)}else{r(d,o)}}else if(n.to===s.id){var h=e[n.from];if(i[n.label]){r(h,o-1)}else{r(h,o)}}}}e:for(var s in e){for(var o in t){if(e[s].level||e[s].id===t[o].to){continue e}}r(e[s],1e3)}};n.prototype.addGraphButtons=function(e){var t=this.parentDomNode.getElementsByClassName(\"vis network-frame\")[0];for(var i in e){var r=document.createElement(\"div\");r.className=\"network-navigation tmap-vis-button \"+\" \"+\"tmap-\"+i;r.addEventListener(\"click\",e[i].bind(this),false);t.appendChild(r)}};exports.tiddlymap=n})();",
"title": "$:/plugins/felixhayashi/tiddlymap/graph_widget.js",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"field.nodeId": "id",
"field.nodeLabel": "caption",
"field.nodeIcon": "icon",
"field.nodeInfo": "description",
"field.viewMarker": "isview",
"debug": "true",
"notifications": "true",
"editNodeOnCreate": "false",
"halfscreen": "true",
"singleClickMode": "false"
}
[
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$:/plugins/felixhayashi/tiddlymap/graph/views/urea cycle
{
"tiddlers": {
"$:/plugins/felixhayashi/topstoryview/config.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/topstoryview/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",backDrop:\"story-backdrop\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{focusOffsetStore:\"$:/config/storyRiver/top/focusOffset\",scrollOffsetStore:\"$:/config/storyRiver/top/scrollOffset\",focussedTiddlerStore:\"$:/temp/focussedTiddler\",refreshTrigger:\"$:/temp/focussedTiddler/refresh\"},checkbackTime:$tw.utils.getAnimationDuration(),fn:{extractTitleFromFrame:function(e,t,r){if(!(e instanceof Element))return;if(!$tw.utils.hasClass(e,t))return;var s=e.getElementsByClassName(r)[0];if(s){var i=s.innerText||s.textContent;return i.trim()}}}}})();",
"title": "$:/plugins/felixhayashi/topstoryview/config.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/topstoryview/layout": {
"title": "$:/plugins/felixhayashi/topstoryview/layout",
"type": "text/vnd.tiddlywiki",
"tags": [
"$:/tags/Stylesheet"
],
"text": "html .tc-story-river:after {\n content: \"\";\n display: block; }\n"
},
"$:/plugins/felixhayashi/topstoryview/focus_notifier.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/topstoryview/focus_notifier.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"focus_notifier\";exports.platforms=[\"browser\"];exports.after=[\"story\"];exports.synchronous=true;exports.startup=function(){var e=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var t=function(){var t=r.getElementsByClassName(e.classNames.tiddlerFrame);if(t.length){var s=t[0].getBoundingClientRect().left;var o=document.elementFromPoint(s+1,i);var l=e.fn.extractTitleFromFrame(o,e.classNames.tiddlerFrame,e.classNames.tiddlerTitle);if(l!==a&&$tw.wiki.getTiddler(l)){a=l}}else{a=\"\"}$tw.wiki.addTiddler(new $tw.Tiddler({title:e.references.focussedTiddlerStore,text:a}));n=false};var r=document.getElementsByClassName(e.classNames.storyRiver)[0];var s=$tw.wiki.getTiddler(e.references.focusOffsetStore);var i=s?parseInt(s.fields.text):150;var a=null;var n=false;$tw.wiki.addEventListener(\"change\",function(r){if(r[e.references.refreshTrigger]){t()}});window.addEventListener(\"scroll\",function(r){if(!n){n=true;window.setTimeout(t,e.checkbackTime)}},false);t()}})();",
"title": "$:/plugins/felixhayashi/topstoryview/focus_notifier.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/temp/focussedTiddler": {
"title": "$:/temp/focussedTiddler"
},
"$:/plugins/felixhayashi/topstoryview/top.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/topstoryview/top.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var e=\"cubic-bezier(0.645, 0.045, 0.355, 1)\";var i=function(e){this.listWidget=e;this.pageScroller=new $tw.utils.PageScroller;this.pageScroller.scrollIntoView=this.scrollIntoView;this.pageScroller.storyRiverElement=document.getElementsByClassName(t.classNames.storyRiver)[0];this.pageScroller.backDropElement=document.getElementsByClassName(t.classNames.backDrop)[0];var i=$tw.wiki.getTiddler(t.references.scrollOffsetStore);this.pageScroller.offsetTop=i?parseInt(i.fields.text):71;this.lastFrame=null;this.handleChange()};i.prototype.navigateTo=function(t){var e=this.listWidget.findListItem(0,t.title);if(e===undefined){return}var i=this.listWidget.children[e],r=i.findFirstDomNode();if(r instanceof Element){this.pageScroller.scrollIntoView(r)}};i.prototype.scrollIntoView=function(t){var e=$tw.utils.getAnimationDuration();this.cancelScroll();this.startTime=Date.now();var i=$tw.utils.getScrollPosition();var r=t.getBoundingClientRect(),o={left:r.left+i.x,top:r.top+i.y,width:r.width,height:r.height};var n=function(t,e,i,r){if(t<=i){return t}else if(e<r&&i<t+e-r){return t+e-r}else if(i<t){return t}else{return i}},s=n(o.left,o.width,i.x,window.innerWidth),a=o.top-this.offsetTop;if(s!==i.x||a!==i.y){var l=this,m;m=function(){var t;if(e<=0){t=1}else{t=(Date.now()-l.startTime)/e}if(t>=1){l.cancelScroll();t=1}t=$tw.utils.slowInSlowOut(t);window.scrollTo(i.x+(s-i.x)*t,i.y+(a-i.y)*t);if(t<1){l.idRequestFrame=l.requestAnimationFrame.call(window,m)}};m()}};i.prototype.handleChange=function(e,i){var r=this.pageScroller.storyRiverElement;var o=r.getElementsByClassName(t.classNames.tiddlerFrame);var n=o[o.length-1];if(n&&this.lastFrame!==n){var s=n.getBoundingClientRect();var a=window.innerHeight;if(s.height<a){r.style[\"paddingBottom\"]=a-s.height+\"px\"}else{r.style[\"paddingBottom\"]=\"\"}}this.lastFrame=n;$tw.wiki.addTiddler(new $tw.Tiddler({title:t.references.refreshTrigger}))};i.prototype.insert=function(e){var i=e.findFirstDomNode();if(!(i instanceof Element)){return}var r=t.fn.extractTitleFromFrame(i,t.classNames.tiddlerFrame,t.classNames.tiddlerTitle);var o=$tw.wiki.getTiddler(r);if(o&&!o.isDraft()){var n=this.pageScroller.storyRiverElement;n.insertBefore(i,n.firstElementChild.nextSibling)}this.startInsertAnimation(i,function(){this.handleChange(\"insert\",i)}.bind(this))};i.prototype.remove=function(t){var e=t.findFirstDomNode();if(!(e instanceof Element)){t.removeChildDomNodes();return}this.startRemoveAnimation(t,e,function(){var i=this.lastFrame===e;t.removeChildDomNodes();this.handleChange(\"remove\",e);if(i&&this.lastFrame){this.pageScroller.scrollIntoView(this.lastFrame)}}.bind(this))};i.prototype.startInsertAnimation=function(t,i){var r=$tw.utils.getAnimationDuration();var o=window.getComputedStyle(t),n=parseInt(o.marginBottom,10),s=parseInt(o.marginTop,10),a=t.offsetHeight+s;setTimeout(function(){$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:\"\"}]);i()},r);$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:-a+\"px\"},{opacity:\"0.0\"}]);$tw.utils.forceLayout(t);$tw.utils.setStyle(t,[{transition:\"opacity \"+r+\"ms \"+e+\", \"+\"margin-bottom \"+r+\"ms \"+e},{marginBottom:n+\"px\"},{opacity:\"1.0\"}])};i.prototype.startRemoveAnimation=function(t,i,r){var o=$tw.utils.getAnimationDuration();var n=i.offsetWidth,s=window.getComputedStyle(i),a=parseInt(s.marginBottom,10),l=parseInt(s.marginTop,10),m=i.offsetHeight+l;setTimeout(r,o);$tw.utils.setStyle(i,[{transition:\"none\"},{transform:\"translateX(0px)\"},{marginBottom:a+\"px\"},{opacity:\"1.0\"}]);$tw.utils.forceLayout(i);$tw.utils.setStyle(i,[{transition:$tw.utils.roundTripPropertyName(\"transform\")+\" \"+o+\"ms \"+e+\", \"+\"opacity \"+o+\"ms \"+e+\", \"+\"margin-bottom \"+o+\"ms \"+e},{transform:\"translateX(-\"+n+\"px)\"},{marginBottom:-m+\"px\"},{opacity:\"0.0\"}])};exports.top=i})();",
"title": "$:/plugins/felixhayashi/topstoryview/top.js",
"type": "application/javascript",
"module-type": "storyview"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/backIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/backIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/connectIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/connectIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross2.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross2.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/deleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png",
"type": "image/png",
"text": 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"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/leftArrow.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/leftArrow.png",
"type": "image/png",
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"title": "$:/plugins/felixhayashi/vis/img/network/rightArrow.png",
"type": "image/png",
"text": 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},
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"title": "$:/plugins/felixhayashi/vis/img/network/upArrow.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/readme": {
"title": "$:/plugins/felixhayashi/vis/readme",
"text": "! TW5-Vis.js\n\nA tiddlywiki plugin for the vis.js library.\n\n---\n\n! Notes on Copyright\n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n1. BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n2. Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! The **vis.js** library\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n1. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n2. MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/vis/vis.css": {
"title": "$:/plugins/felixhayashi/vis/vis.css",
"type": "text/vnd.tiddlywiki",
"tags": "$:/tags/Stylesheet",
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.foreground{position:absolute;width:100%;height:100%;overflow:visible}.vis.timeline .axis{position:absolute;width:100%;height:0;left:0;z-index:1}.vis.timeline .foreground .group{position:relative;box-sizing:border-box;border-bottom:1px solid #bfbfbf}.vis.timeline .foreground .group:last-child{border-bottom:0}.vis.timeline .item{position:absolute;color:#1a1a1a;border-color:#97b0f8;border-width:1px;background-color:#d5ddf6;display:inline-block;padding:5px}.vis.timeline .item.selected{border-color:#ffc200;background-color:#fff785;z-index:2}.vis.timeline .editable .item.selected{cursor:move}.vis.timeline .item.point.selected{background-color:#fff785}.vis.timeline .item.box{text-align:center;border-style:solid;border-radius:2px}.vis.timeline .item.point{background:0}.vis.timeline .item.dot{position:absolute;padding:0;border-width:4px;border-style:solid;border-radius:4px}.vis.timeline .item.range{border-style:solid;border-radius:2px;box-sizing:border-box}.vis.timeline .item.background{overflow:hidden;border:0;background-color:rgba(213,221,246,0.4);box-sizing:border-box;padding:0;margin:0}.vis.timeline .item.range .content{position:relative;display:inline-block;max-width:100%;overflow:hidden}.vis.timeline .item.background .content{position:absolute;display:inline-block;overflow:hidden;max-width:100%;margin:5px}.vis.timeline .item.line{padding:0;position:absolute;width:0;border-left-width:1px;border-left-style:solid}.vis.timeline .item .content{white-space:nowrap;overflow:hidden}.vis.timeline .item .delete{background:url(<<datauri \"$:/plugins/felixhayashi/vis/img/timeline/delete.png\">>) no-repeat top center;position:absolute;width:24px;height:24px;top:0;right:-24px;cursor:pointer}.vis.timeline .item.range .drag-left{position:absolute;width:24px;height:100%;top:0;left:-4px;cursor:w-resize}.vis.timeline .item.range .drag-right{position:absolute;width:24px;height:100%;top:0;right:-4px;cursor:e-resize}.vis.timeline .timeaxis{position:relative;overflow:hidden}.vis.timeline .timeaxis.foreground{top:0;left:0;width:100%}.vis.timeline .timeaxis.background{position:absolute;top:0;left:0;width:100%;height:100%}.vis.timeline .timeaxis .text{position:absolute;color:#4d4d4d;padding:3px;white-space:nowrap}.vis.timeline .timeaxis .text.measure{position:absolute;padding-left:0;padding-right:0;margin-left:0;margin-right:0;visibility:hidden}.vis.timeline .timeaxis .grid.vertical{position:absolute;border-left:1px solid}.vis.timeline .timeaxis .grid.minor{border-color:#e5e5e5}.vis.timeline .timeaxis .grid.major{border-color:#bfbfbf}.vis.timeline .currenttime{background-color:#ff7f6e;width:2px;z-index:1}.vis.timeline .customtime{background-color:#6e94ff;width:2px;cursor:move;z-index:1}.vis.timeline .vispanel.background.horizontal .grid.horizontal{position:absolute;width:100%;height:0;border-bottom:1px solid}.vis.timeline .vispanel.background.horizontal .grid.minor{border-color:#e5e5e5}.vis.timeline .vispanel.background.horizontal .grid.major{border-color:#bfbfbf}.vis.timeline .dataaxis .yAxis.major{width:100%;position:absolute;color:#4d4d4d;white-space:nowrap}.vis.timeline .dataaxis .yAxis.major.measure{padding:0;margin:0;border:0;visibility:hidden;width:auto}.vis.timeline .dataaxis .yAxis.minor{position:absolute;width:100%;color:#bebebe;white-space:nowrap}.vis.timeline .dataaxis .yAxis.minor.measure{padding:0;margin:0;border:0;visibility:hidden;width:auto}.vis.timeline .dataaxis .yAxis.title{position:absolute;color:#4d4d4d;white-space:nowrap;bottom:20px;text-align:center}.vis.timeline .dataaxis .yAxis.title.measure{padding:0;margin:0;visibility:hidden;width:auto}.vis.timeline .dataaxis .yAxis.title.left{bottom:0;-webkit-transform-origin:left top;-moz-transform-origin:left top;-ms-transform-origin:left top;-o-transform-origin:left top;transform-origin:left bottom;-webkit-transform:rotate(-90deg);-moz-transform:rotate(-90deg);-ms-transform:rotate(-90deg);-o-transform:rotate(-90deg);transform:rotate(-90deg)}.vis.timeline .dataaxis .yAxis.title.right{bottom:0;-webkit-transform-origin:right bottom;-moz-transform-origin:right bottom;-ms-transform-origin:right bottom;-o-transform-origin:right bottom;transform-origin:right bottom;-webkit-transform:rotate(90deg);-moz-transform:rotate(90deg);-ms-transform:rotate(90deg);-o-transform:rotate(90deg);transform:rotate(90deg)}.vis.timeline .legend{background-color:rgba(247,252,255,0.65);padding:5px;border-color:#b3b3b3;border-style:solid;border-width:1px;box-shadow:2px 2px 10px rgba(154,154,154,0.55)}.vis.timeline .legendText{white-space:nowrap;display:inline-block}.vis.timeline .graphGroup0{fill:#4f81bd;fill-opacity:0;stroke-width:2px;stroke:#4f81bd}.vis.timeline .graphGroup1{fill:#f79646;fill-opacity:0;stroke-width:2px;stroke:#f79646}.vis.timeline 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8px;-webkit-touch-callout:none;-webkit-user-select:none;-khtml-user-select:none;-moz-user-select:none;-ms-user-select:none;user-select:none}span.network-manipulationUI:hover{box-shadow:1px 1px 8px rgba(0,0,0,0.20)}span.network-manipulationUI:active{box-shadow:1px 1px 8px rgba(0,0,0,0.50)}span.network-manipulationUI.back{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/backIcon.png\">>)}span.network-manipulationUI.none:hover{box-shadow:1px 1px 8px rgba(0,0,0,0.0);cursor:default}span.network-manipulationUI.none:active{box-shadow:1px 1px 8px rgba(0,0,0,0.0)}span.network-manipulationUI.none{padding:0}span.network-manipulationUI.notification{margin:2px;font-weight:bold}span.network-manipulationUI.add{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png\">>)}span.network-manipulationUI.edit{background-image:url(<<datauri 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2px;background-repeat:no-repeat;cursor:pointer;-webkit-touch-callout:none;-webkit-user-select:none;-khtml-user-select:none;-moz-user-select:none;-ms-user-select:none;user-select:none}div.network-navigation:hover{box-shadow:0 0 3px 3px rgba(56,207,21,0.30)}div.network-navigation:active{box-shadow:0 0 1px 3px rgba(56,207,21,0.95)}div.network-navigation.up{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/upArrow.png\">>);bottom:50px;left:55px}div.network-navigation.down{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/downArrow.png\">>);bottom:10px;left:55px}div.network-navigation.left{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/leftArrow.png\">>);bottom:10px;left:15px}div.network-navigation.right{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/rightArrow.png\">>);bottom:10px;left:95px}div.network-navigation.zoomIn{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/plus.png\">>);bottom:10px;right:15px}div.network-navigation.zoomOut{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/minus.png\">>);bottom:10px;right:55px}div.network-navigation.zoomExtends{background-image:url(<<datauri \"$:/plugins/felixhayashi/vis/img/network/zoomExtends.png\">>);bottom:50px;right:15px}"
},
"$:/plugins/felixhayashi/vis/vis.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/vis/vis.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\\*/\n\n\"use strict\";(function webpackUniversalModuleDefinition(root,factory){if(typeof exports===\"object\"&&typeof module===\"object\")module.exports=factory();else if(typeof define===\"function\"&&define.amd)define(factory);else if(typeof exports===\"object\")exports[\"vis\"]=factory();else root[\"vis\"]=factory()})(this,function(){return function(modules){var installedModules={};function __webpack_require__(moduleId){if(installedModules[moduleId])return installedModules[moduleId].exports;var module=installedModules[moduleId]={exports:{},id:moduleId,loaded:false};modules[moduleId].call(module.exports,module,module.exports,__webpack_require__);module.loaded=true;return module.exports}__webpack_require__.m=modules;__webpack_require__.c=installedModules;__webpack_require__.p=\"\";return __webpack_require__(0)}([function(module,exports,__webpack_require__){exports.util=__webpack_require__(1);exports.DOMutil=__webpack_require__(2);exports.DataSet=__webpack_require__(3);exports.DataView=__webpack_require__(4);exports.Queue=__webpack_require__(5);exports.Graph3d=__webpack_require__(6);exports.graph3d={Camera:__webpack_require__(7),Filter:__webpack_require__(8),Point2d:__webpack_require__(9),Point3d:__webpack_require__(10),Slider:__webpack_require__(11),StepNumber:__webpack_require__(12)};exports.Timeline=__webpack_require__(13);exports.Graph2d=__webpack_require__(14);exports.timeline={DateUtil:__webpack_require__(15),DataStep:__webpack_require__(16),Range:__webpack_require__(17),stack:__webpack_require__(18),TimeStep:__webpack_require__(19),components:{items:{Item:__webpack_require__(20),BackgroundItem:__webpack_require__(21),BoxItem:__webpack_require__(22),PointItem:__webpack_require__(23),RangeItem:__webpack_require__(24)},Component:__webpack_require__(25),CurrentTime:__webpack_require__(26),CustomTime:__webpack_require__(27),DataAxis:__webpack_require__(28),GraphGroup:__webpack_require__(29),Group:__webpack_require__(30),BackgroundGroup:__webpack_require__(31),ItemSet:__webpack_require__(32),Legend:__webpack_require__(33),LineGraph:__webpack_require__(34),TimeAxis:__webpack_require__(35)}};exports.Network=__webpack_require__(36);exports.network={Edge:__webpack_require__(37),Groups:__webpack_require__(38),Images:__webpack_require__(39),Node:__webpack_require__(40),Popup:__webpack_require__(41),dotparser:__webpack_require__(42),gephiParser:__webpack_require__(43)};exports.Graph=function(){throw new Error(\"Graph is renamed to Network. Please create a graph as new vis.Network(...)\")};exports.moment=__webpack_require__(44);exports.hammer=__webpack_require__(45)},function(module,exports,__webpack_require__){var moment=__webpack_require__(44);exports.isNumber=function(object){return object instanceof Number||typeof object==\"number\"};exports.isString=function(object){return object instanceof String||typeof object==\"string\"};exports.isDate=function(object){if(object instanceof Date){return true}else if(exports.isString(object)){var match=ASPDateRegex.exec(object);if(match){return true}else if(!isNaN(Date.parse(object))){return true}}return false};exports.isDataTable=function(object){return typeof google!==\"undefined\"&&google.visualization&&google.visualization.DataTable&&object instanceof google.visualization.DataTable};exports.randomUUID=function(){var S4=function(){return Math.floor(Math.random()*65536).toString(16)};return S4()+S4()+\"-\"+S4()+\"-\"+S4()+\"-\"+S4()+\"-\"+S4()+S4()+S4()};exports.extend=function(a,b){for(var i=1,len=arguments.length;i<len;i++){var other=arguments[i];for(var prop in other){if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveExtend=function(props,a,b){if(!Array.isArray(props)){throw new Error(\"Array with property names expected as first argument\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveDeepExtend=function(props,a,b){if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{a[prop]=b[prop]}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{a[prop]=b[prop]}}}}return a};exports.selectiveNotDeepExtend=function(props,a,b){if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(b.hasOwnProperty(prop)){if(props.indexOf(prop)==-1){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{a[prop]=b[prop]}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{a[prop]=b[prop]}}}}return a};exports.deepExtend=function(a,b){if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(b.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{a[prop]=b[prop]}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{a[prop]=b[prop]}}}return a};exports.equalArray=function(a,b){if(a.length!=b.length)return false;for(var i=0,len=a.length;i<len;i++){if(a[i]!=b[i])return false}return true};exports.convert=function(object,type){var match;if(object===undefined){return undefined}if(object===null){return null}if(!type){return object}if(!(typeof type===\"string\")&&!(type instanceof String)){throw new Error(\"Type must be a string\")}switch(type){case\"boolean\":case\"Boolean\":return Boolean(object);case\"number\":case\"Number\":return Number(object.valueOf());case\"string\":case\"String\":return String(object);case\"Date\":if(exports.isNumber(object)){return new Date(object)}if(object instanceof Date){return new Date(object.valueOf())}else if(moment.isMoment(object)){return new Date(object.valueOf())}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1]))}else{return moment(object).toDate()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"Moment\":if(exports.isNumber(object)){return moment(object)}if(object instanceof Date){return moment(object.valueOf())}else if(moment.isMoment(object)){return moment(object)}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return moment(Number(match[1]))}else{return moment(object)}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"ISODate\":if(exports.isNumber(object)){return new Date(object)}else if(object instanceof Date){return object.toISOString()}else if(moment.isMoment(object)){return object.toDate().toISOString()}else if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1])).toISOString()}else{return new Date(object).toISOString()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ISODate\")}case\"ASPDate\":if(exports.isNumber(object)){return\"/Date(\"+object+\")/\"}else if(object instanceof Date){return\"/Date(\"+object.valueOf()+\")/\"}else if(exports.isString(object)){match=ASPDateRegex.exec(object);var value;if(match){value=new Date(Number(match[1])).valueOf()}else{value=new Date(object).valueOf()}return\"/Date(\"+value+\")/\"}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ASPDate\")}default:throw new Error('Unknown type \"'+type+'\"')}};var ASPDateRegex=/^\\/?Date\\((\\-?\\d+)/i;exports.getType=function(object){var type=typeof object;if(type==\"object\"){if(object==null){return\"null\"}if(object instanceof Boolean){return\"Boolean\"}if(object instanceof Number){return\"Number\"}if(object instanceof String){return\"String\"}if(Array.isArray(object)){return\"Array\"}if(object instanceof Date){return\"Date\"}return\"Object\"}else if(type==\"number\"){return\"Number\"}else if(type==\"boolean\"){return\"Boolean\"}else if(type==\"string\"){return\"String\"}return type};exports.getAbsoluteLeft=function(elem){return elem.getBoundingClientRect().left+window.pageXOffset};exports.getAbsoluteTop=function(elem){return elem.getBoundingClientRect().top+window.pageYOffset};exports.addClassName=function(elem,className){var classes=elem.className.split(\" \");if(classes.indexOf(className)==-1){classes.push(className);elem.className=classes.join(\" \")}};exports.removeClassName=function(elem,className){var classes=elem.className.split(\" \");var index=classes.indexOf(className);if(index!=-1){classes.splice(index,1);elem.className=classes.join(\" \")}};exports.forEach=function(object,callback){var i,len;if(Array.isArray(object)){for(i=0,len=object.length;i<len;i++){callback(object[i],i,object)}}else{for(i in object){if(object.hasOwnProperty(i)){callback(object[i],i,object)}}}};exports.toArray=function(object){var array=[];for(var prop in object){if(object.hasOwnProperty(prop))array.push(object[prop])}return array};exports.updateProperty=function(object,key,value){if(object[key]!==value){object[key]=value;return true}else{return false}};exports.addEventListener=function(element,action,listener,useCapture){if(element.addEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.addEventListener(action,listener,useCapture)}else{element.attachEvent(\"on\"+action,listener)}};exports.removeEventListener=function(element,action,listener,useCapture){if(element.removeEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.removeEventListener(action,listener,useCapture)}else{element.detachEvent(\"on\"+action,listener)}};exports.preventDefault=function(event){if(!event)event=window.event;if(event.preventDefault){event.preventDefault()}else{event.returnValue=false}};exports.getTarget=function(event){if(!event){event=window.event}var target;if(event.target){target=event.target}else if(event.srcElement){target=event.srcElement}if(target.nodeType!=undefined&&target.nodeType==3){target=target.parentNode}return target};exports.option={};exports.option.asBoolean=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return value!=false}return defaultValue||null};exports.option.asNumber=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return Number(value)||defaultValue||null}return defaultValue||null};exports.option.asString=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return String(value)}return defaultValue||null};exports.option.asSize=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(exports.isString(value)){return value}else if(exports.isNumber(value)){return value+\"px\"}else{return defaultValue||null}};exports.option.asElement=function(value,defaultValue){if(typeof value==\"function\"){value=value()}return value||defaultValue||null};exports.hexToRGB=function(hex){var shorthandRegex=/^#?([a-f\\d])([a-f\\d])([a-f\\d])$/i;hex=hex.replace(shorthandRegex,function(m,r,g,b){return r+r+g+g+b+b});var result=/^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);return result?{r:parseInt(result[1],16),g:parseInt(result[2],16),b:parseInt(result[3],16)}:null};exports.RGBToHex=function(red,green,blue){return\"#\"+((1<<24)+(red<<16)+(green<<8)+blue).toString(16).slice(1)};exports.parseColor=function(color){var c;if(exports.isString(color)){if(exports.isValidRGB(color)){var rgb=color.substr(4).substr(0,color.length-5).split(\",\");color=exports.RGBToHex(rgb[0],rgb[1],rgb[2])}if(exports.isValidHex(color)){var hsv=exports.hexToHSV(color);var lighterColorHSV={h:hsv.h,s:hsv.s*.45,v:Math.min(1,hsv.v*1.05)};var darkerColorHSV={h:hsv.h,s:Math.min(1,hsv.v*1.25),v:hsv.v*.6};var darkerColorHex=exports.HSVToHex(darkerColorHSV.h,darkerColorHSV.h,darkerColorHSV.v);var lighterColorHex=exports.HSVToHex(lighterColorHSV.h,lighterColorHSV.s,lighterColorHSV.v);c={background:color,border:darkerColorHex,highlight:{background:lighterColorHex,border:darkerColorHex},hover:{background:lighterColorHex,border:darkerColorHex}}}else{c={background:color,border:color,highlight:{background:color,border:color},hover:{background:color,border:color}}}}else{c={};c.background=color.background||\"white\";c.border=color.border||c.background;if(exports.isString(color.highlight)){c.highlight={border:color.highlight,background:color.highlight}}else{c.highlight={};c.highlight.background=color.highlight&&color.highlight.background||c.background;c.highlight.border=color.highlight&&color.highlight.border||c.border}if(exports.isString(color.hover)){c.hover={border:color.hover,background:color.hover}}else{c.hover={};c.hover.background=color.hover&&color.hover.background||c.background;c.hover.border=color.hover&&color.hover.border||c.border}}return c};exports.RGBToHSV=function(red,green,blue){red=red/255;green=green/255;blue=blue/255;var minRGB=Math.min(red,Math.min(green,blue));var maxRGB=Math.max(red,Math.max(green,blue));if(minRGB==maxRGB){return{h:0,s:0,v:minRGB}}var d=red==minRGB?green-blue:blue==minRGB?red-green:blue-red;var h=red==minRGB?3:blue==minRGB?1:5;var hue=60*(h-d/(maxRGB-minRGB))/360;var saturation=(maxRGB-minRGB)/maxRGB;var value=maxRGB;return{h:hue,s:saturation,v:value}};var cssUtil={split:function(cssText){var styles={};cssText.split(\";\").forEach(function(style){if(style.trim()!=\"\"){var parts=style.split(\":\");var key=parts[0].trim();var value=parts[1].trim();styles[key]=value}});return styles},join:function(styles){return Object.keys(styles).map(function(key){return key+\": \"+styles[key]}).join(\"; \")}};exports.addCssText=function(element,cssText){var currentStyles=cssUtil.split(element.style.cssText);var newStyles=cssUtil.split(cssText);var styles=exports.extend(currentStyles,newStyles);element.style.cssText=cssUtil.join(styles)};exports.removeCssText=function(element,cssText){var styles=cssUtil.split(element.style.cssText);var removeStyles=cssUtil.split(cssText);for(var key in removeStyles){if(removeStyles.hasOwnProperty(key)){delete styles[key]}}element.style.cssText=cssUtil.join(styles)};exports.HSVToRGB=function(h,s,v){var r,g,b;var i=Math.floor(h*6);var f=h*6-i;var p=v*(1-s);var q=v*(1-f*s);var t=v*(1-(1-f)*s);switch(i%6){case 0:r=v,g=t,b=p;break;case 1:r=q,g=v,b=p;break;case 2:r=p,g=v,b=t;break;case 3:r=p,g=q,b=v;break;case 4:r=t,g=p,b=v;break;case 5:r=v,g=p,b=q;break}return{r:Math.floor(r*255),g:Math.floor(g*255),b:Math.floor(b*255)}};exports.HSVToHex=function(h,s,v){var rgb=exports.HSVToRGB(h,s,v);return exports.RGBToHex(rgb.r,rgb.g,rgb.b)};exports.hexToHSV=function(hex){var rgb=exports.hexToRGB(hex);return exports.RGBToHSV(rgb.r,rgb.g,rgb.b)};exports.isValidHex=function(hex){var isOk=/(^#[0-9A-F]{6}$)|(^#[0-9A-F]{3}$)/i.test(hex);return isOk};exports.isValidRGB=function(rgb){rgb=rgb.replace(\" \",\"\");var isOk=/rgb\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3})\\)/i.test(rgb);return isOk};exports.selectiveBridgeObject=function(fields,referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i=0;i<fields.length;i++){if(referenceObject.hasOwnProperty(fields[i])){if(typeof referenceObject[fields[i]]==\"object\"){objectTo[fields[i]]=exports.bridgeObject(referenceObject[fields[i]])}}}return objectTo}else{return null}};exports.bridgeObject=function(referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i in referenceObject){if(referenceObject.hasOwnProperty(i)){if(typeof referenceObject[i]==\"object\"){objectTo[i]=exports.bridgeObject(referenceObject[i])}}}return objectTo}else{return null}};exports.mergeOptions=function(mergeTarget,options,option){if(options[option]!==undefined){if(typeof options[option]==\"boolean\"){mergeTarget[option].enabled=options[option]}else{mergeTarget[option].enabled=true;for(var prop in options[option]){if(options[option].hasOwnProperty(prop)){mergeTarget[option][prop]=options[option][prop]}}}}};exports.binarySearchCustom=function(orderedItems,searchFunction,field,field2){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;while(low<=high&&iteration<maxIterations){var middle=Math.floor((low+high)/2);var item=orderedItems[middle];var value=field2===undefined?item[field]:item[field][field2];var searchResult=searchFunction(value);if(searchResult==0){return middle}else if(searchResult==-1){low=middle+1}else{high=middle-1}iteration++}return-1};exports.binarySearchValue=function(orderedItems,target,field,sidePreference){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;var prevValue,value,nextValue,middle;while(low<=high&&iteration<maxIterations){middle=Math.floor(.5*(high+low));prevValue=orderedItems[Math.max(0,middle-1)][field];value=orderedItems[middle][field];nextValue=orderedItems[Math.min(orderedItems.length-1,middle+1)][field];if(value==target){return middle}else if(prevValue<target&&value>target){return sidePreference==\"before\"?Math.max(0,middle-1):middle}else if(value<target&&nextValue>target){return sidePreference==\"before\"?middle:Math.min(orderedItems.length-1,middle+1)}else{if(value<target){low=middle+1}else{high=middle-1}}iteration++}return-1};exports.easeInOutQuad=function(t,start,end,duration){var change=end-start;t/=duration/2;if(t<1)return change/2*t*t+start;t--;return-change/2*(t*(t-2)-1)+start};exports.easingFunctions={linear:function(t){return t},easeInQuad:function(t){return t*t},easeOutQuad:function(t){return t*(2-t)},easeInOutQuad:function(t){return t<.5?2*t*t:-1+(4-2*t)*t},easeInCubic:function(t){return t*t*t},easeOutCubic:function(t){return--t*t*t+1},easeInOutCubic:function(t){return t<.5?4*t*t*t:(t-1)*(2*t-2)*(2*t-2)+1},easeInQuart:function(t){return t*t*t*t},easeOutQuart:function(t){return 1- --t*t*t*t},easeInOutQuart:function(t){return t<.5?8*t*t*t*t:1-8*--t*t*t*t},easeInQuint:function(t){return t*t*t*t*t},easeOutQuint:function(t){return 1+--t*t*t*t*t},easeInOutQuint:function(t){return t<.5?16*t*t*t*t*t:1+16*--t*t*t*t*t}}},function(module,exports,__webpack_require__){exports.prepareElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){JSONcontainer[elementType].redundant=JSONcontainer[elementType].used;JSONcontainer[elementType].used=[]}}};exports.cleanupElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant){for(var i=0;i<JSONcontainer[elementType].redundant.length;i++){JSONcontainer[elementType].redundant[i].parentNode.removeChild(JSONcontainer[elementType].redundant[i])}JSONcontainer[elementType].redundant=[]}}}};exports.getSVGElement=function(elementType,JSONcontainer,svgContainer){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);svgContainer.appendChild(element)}}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);JSONcontainer[elementType]={used:[],redundant:[]};svgContainer.appendChild(element)}JSONcontainer[elementType].used.push(element);return element};exports.getDOMElement=function(elementType,JSONcontainer,DOMContainer,insertBefore){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElement(elementType);if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}}else{element=document.createElement(elementType);JSONcontainer[elementType]={used:[],redundant:[]};if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}JSONcontainer[elementType].used.push(element);return element};exports.drawPoint=function(x,y,group,JSONcontainer,svgContainer){var point;if(group.options.drawPoints.style==\"circle\"){point=exports.getSVGElement(\"circle\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"cx\",x);point.setAttributeNS(null,\"cy\",y);point.setAttributeNS(null,\"r\",.5*group.options.drawPoints.size)}else{point=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"x\",x-.5*group.options.drawPoints.size);point.setAttributeNS(null,\"y\",y-.5*group.options.drawPoints.size);point.setAttributeNS(null,\"width\",group.options.drawPoints.size);point.setAttributeNS(null,\"height\",group.options.drawPoints.size)}if(group.options.drawPoints.styles!==undefined){point.setAttributeNS(null,\"style\",group.group.options.drawPoints.styles)}point.setAttributeNS(null,\"class\",group.className+\" point\");return point};exports.drawBar=function(x,y,width,height,className,JSONcontainer,svgContainer){if(height!=0){if(height<0){height*=-1;y-=height}var rect=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);rect.setAttributeNS(null,\"x\",x-.5*width);rect.setAttributeNS(null,\"y\",y);rect.setAttributeNS(null,\"width\",width);rect.setAttributeNS(null,\"height\",height);rect.setAttributeNS(null,\"class\",className)}}},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Queue=__webpack_require__(5);function DataSet(data,options){if(data&&!Array.isArray(data)&&!util.isDataTable(data)){options=data;data=null}this._options=options||{};this._data={};this._fieldId=this._options.fieldId||\"id\";this._type={};if(this._options.type){for(var field in this._options.type){if(this._options.type.hasOwnProperty(field)){var value=this._options.type[field];if(value==\"Date\"||value==\"ISODate\"||value==\"ASPDate\"){this._type[field]=\"Date\"}else{this._type[field]=value}}}}if(this._options.convert){throw new Error('Option \"convert\" is deprecated. Use \"type\" instead.')}this._subscribers={};if(data){this.add(data)}this.setOptions(options)}DataSet.prototype.setOptions=function(options){if(options&&options.queue!==undefined){if(options.queue===false){if(this._queue){this._queue.destroy();delete this._queue}}else{if(!this._queue){this._queue=Queue.extend(this,{replace:[\"add\",\"update\",\"remove\"]})}if(typeof options.queue===\"object\"){this._queue.setOptions(options.queue)}}}};DataSet.prototype.on=function(event,callback){var subscribers=this._subscribers[event];if(!subscribers){subscribers=[];this._subscribers[event]=subscribers}subscribers.push({callback:callback})};DataSet.prototype.subscribe=DataSet.prototype.on;DataSet.prototype.off=function(event,callback){var subscribers=this._subscribers[event];if(subscribers){this._subscribers[event]=subscribers.filter(function(listener){return listener.callback!=callback})}};DataSet.prototype.unsubscribe=DataSet.prototype.off;DataSet.prototype._trigger=function(event,params,senderId){if(event==\"*\"){throw new Error(\"Cannot trigger event *\")}var subscribers=[];if(event in this._subscribers){subscribers=subscribers.concat(this._subscribers[event])}if(\"*\"in this._subscribers){subscribers=subscribers.concat(this._subscribers[\"*\"])}for(var i=0;i<subscribers.length;i++){var subscriber=subscribers[i];if(subscriber.callback){subscriber.callback(event,params,senderId||null)}}};DataSet.prototype.add=function(data,senderId){var addedIds=[],id,me=this;if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){id=me._addItem(data[i]);addedIds.push(id)}}else if(util.isDataTable(data)){var columns=this._getColumnNames(data);for(var row=0,rows=data.getNumberOfRows();row<rows;row++){var item={};for(var col=0,cols=columns.length;col<cols;col++){var field=columns[col];item[field]=data.getValue(row,col)}id=me._addItem(item);addedIds.push(id)}}else if(data instanceof Object){id=me._addItem(data);addedIds.push(id)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}return addedIds};DataSet.prototype.update=function(data,senderId){var addedIds=[];var updatedIds=[];var updatedData=[];var me=this;var fieldId=me._fieldId;var addOrUpdate=function(item){var id=item[fieldId];if(me._data[id]){id=me._updateItem(item);updatedIds.push(id);updatedData.push(item)}else{id=me._addItem(item);addedIds.push(id)}};if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){addOrUpdate(data[i])}}else if(util.isDataTable(data)){var columns=this._getColumnNames(data);for(var row=0,rows=data.getNumberOfRows();row<rows;row++){var item={};for(var col=0,cols=columns.length;col<cols;col++){var field=columns[col];item[field]=data.getValue(row,col)}addOrUpdate(item)}}else if(data instanceof Object){addOrUpdate(data)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){this._trigger(\"update\",{items:updatedIds,data:updatedData},senderId)}return addedIds.concat(updatedIds)};DataSet.prototype.get=function(args){var me=this;var id,ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"){id=arguments[0];options=arguments[1];data=arguments[2]}else if(firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var returnType;if(options&&options.returnType){var allowedValues=[\"DataTable\",\"Array\",\"Object\"];returnType=allowedValues.indexOf(options.returnType)==-1?\"Array\":options.returnType;if(data&&returnType!=util.getType(data)){throw new Error('Type of parameter \"data\" ('+util.getType(data)+\") \"+\"does not correspond with specified options.type (\"+options.type+\")\")}if(returnType==\"DataTable\"&&!util.isDataTable(data)){throw new Error('Parameter \"data\" must be a DataTable '+'when options.type is \"DataTable\"')}}else if(data){returnType=util.getType(data)==\"DataTable\"?\"DataTable\":\"Array\"}else{returnType=\"Array\"}var type=options&&options.type||this._options.type;var filter=options&&options.filter;var items=[],item,itemId,i,len;if(id!=undefined){item=me._getItem(id,type);if(filter&&!filter(item)){item=null}}else if(ids!=undefined){for(i=0,len=ids.length;i<len;i++){item=me._getItem(ids[i],type);if(!filter||filter(item)){items.push(item)}}}else{for(itemId in this._data){if(this._data.hasOwnProperty(itemId)){item=me._getItem(itemId,type);if(!filter||filter(item)){items.push(item)}}}}if(options&&options.order&&id==undefined){this._sort(items,options.order)}if(options&&options.fields){var fields=options.fields;if(id!=undefined){item=this._filterFields(item,fields)}else{for(i=0,len=items.length;i<len;i++){items[i]=this._filterFields(items[i],fields)}}}if(returnType==\"DataTable\"){var columns=this._getColumnNames(data);if(id!=undefined){me._appendRow(data,columns,item)}else{for(i=0;i<items.length;i++){me._appendRow(data,columns,items[i])}}return data}else if(returnType==\"Object\"){var result={};for(i=0;i<items.length;i++){result[items[i].id]=items[i]}return result}else{if(id!=undefined){return item}else{if(data){for(i=0,len=items.length;i<len;i++){data.push(items[i])}return data}else{return items}}}};DataSet.prototype.getIds=function(options){var data=this._data,filter=options&&options.filter,order=options&&options.order,type=options&&options.type||this._options.type,i,len,id,item,items,ids=[];if(filter){if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){items.push(item)}}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){ids.push(item[this._fieldId])}}}}}else{if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){items.push(data[id])}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){item=data[id];ids.push(item[this._fieldId])}}}}return ids};DataSet.prototype.getDataSet=function(){return this};DataSet.prototype.forEach=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,data=this._data,item,id;if(options&&options.order){var items=this.get(options);for(var i=0,len=items.length;i<len;i++){item=items[i];id=item[this._fieldId];callback(item,id)}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){callback(item,id)}}}}};DataSet.prototype.map=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,mappedItems=[],data=this._data,item;for(var id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){mappedItems.push(callback(item,id))}}}if(options&&options.order){this._sort(mappedItems,options.order)}return mappedItems};DataSet.prototype._filterFields=function(item,fields){var filteredItem={};for(var field in item){if(item.hasOwnProperty(field)&&fields.indexOf(field)!=-1){filteredItem[field]=item[field]}}return filteredItem};DataSet.prototype._sort=function(items,order){if(util.isString(order)){var name=order;items.sort(function(a,b){var av=a[name];var bv=b[name];return av>bv?1:av<bv?-1:0})}else if(typeof order===\"function\"){items.sort(order)}else{throw new TypeError(\"Order must be a function or a string\")}};DataSet.prototype.remove=function(id,senderId){var removedIds=[],i,len,removedId;if(Array.isArray(id)){for(i=0,len=id.length;i<len;i++){removedId=this._remove(id[i]);if(removedId!=null){removedIds.push(removedId)}}}else{removedId=this._remove(id);if(removedId!=null){removedIds.push(removedId)}}if(removedIds.length){this._trigger(\"remove\",{items:removedIds},senderId)}return removedIds};DataSet.prototype._remove=function(id){if(util.isNumber(id)||util.isString(id)){if(this._data[id]){delete this._data[id];return id}}else if(id instanceof Object){var itemId=id[this._fieldId];if(itemId&&this._data[itemId]){delete this._data[itemId];return itemId}}return null};DataSet.prototype.clear=function(senderId){var ids=Object.keys(this._data);this._data={};this._trigger(\"remove\",{items:ids},senderId);return ids};DataSet.prototype.max=function(field){var data=this._data,max=null,maxField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!max||itemField>maxField)){max=item;maxField=itemField}}}return max};DataSet.prototype.min=function(field){var data=this._data,min=null,minField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!min||itemField<minField)){min=item;minField=itemField}}}return min};DataSet.prototype.distinct=function(field){var data=this._data;var values=[];var fieldType=this._options.type&&this._options.type[field]||null;var count=0;var i;for(var prop in data){if(data.hasOwnProperty(prop)){var item=data[prop];var value=item[field];var exists=false;for(i=0;i<count;i++){if(values[i]==value){exists=true;break}}if(!exists&&value!==undefined){values[count]=value;count++}}}if(fieldType){for(i=0;i<values.length;i++){values[i]=util.convert(values[i],fieldType)}}return values};DataSet.prototype._addItem=function(item){var id=item[this._fieldId];if(id!=undefined){if(this._data[id]){throw new Error(\"Cannot add item: item with id \"+id+\" already exists\")}}else{id=util.randomUUID();item[this._fieldId]=id}var d={};for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}this._data[id]=d;return id};DataSet.prototype._getItem=function(id,types){var field,value;var raw=this._data[id];if(!raw){return null}var converted={};if(types){for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];\nconverted[field]=util.convert(value,types[field])}}}else{for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];converted[field]=value}}}return converted};DataSet.prototype._updateItem=function(item){var id=item[this._fieldId];if(id==undefined){throw new Error(\"Cannot update item: item has no id (item: \"+JSON.stringify(item)+\")\")}var d=this._data[id];if(!d){throw new Error(\"Cannot update item: no item with id \"+id+\" found\")}for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}return id};DataSet.prototype._getColumnNames=function(dataTable){var columns=[];for(var col=0,cols=dataTable.getNumberOfColumns();col<cols;col++){columns[col]=dataTable.getColumnId(col)||dataTable.getColumnLabel(col)}return columns};DataSet.prototype._appendRow=function(dataTable,columns,item){var row=dataTable.addRow();for(var col=0,cols=columns.length;col<cols;col++){var field=columns[col];dataTable.setValue(row,col,item[field])}};module.exports=DataSet},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var DataSet=__webpack_require__(3);function DataView(data,options){this._data=null;this._ids={};this._options=options||{};this._fieldId=\"id\";this._subscribers={};var me=this;this.listener=function(){me._onEvent.apply(me,arguments)};this.setData(data)}DataView.prototype.setData=function(data){var ids,i,len;if(this._data){if(this._data.unsubscribe){this._data.unsubscribe(\"*\",this.listener)}ids=[];for(var id in this._ids){if(this._ids.hasOwnProperty(id)){ids.push(id)}}this._ids={};this._trigger(\"remove\",{items:ids})}this._data=data;if(this._data){this._fieldId=this._options.fieldId||this._data&&this._data.options&&this._data.options.fieldId||\"id\";ids=this._data.getIds({filter:this._options&&this._options.filter});for(i=0,len=ids.length;i<len;i++){id=ids[i];this._ids[id]=true}this._trigger(\"add\",{items:ids});if(this._data.on){this._data.on(\"*\",this.listener)}}};DataView.prototype.get=function(args){var me=this;var ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"||firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var viewOptions=util.extend({},this._options,options);if(this._options.filter&&options&&options.filter){viewOptions.filter=function(item){return me._options.filter(item)&&options.filter(item)}}var getArguments=[];if(ids!=undefined){getArguments.push(ids)}getArguments.push(viewOptions);getArguments.push(data);return this._data&&this._data.get.apply(this._data,getArguments)};DataView.prototype.getIds=function(options){var ids;if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}ids=this._data.getIds({filter:filter,order:options&&options.order})}else{ids=[]}return ids};DataView.prototype.getDataSet=function(){var dataSet=this;while(dataSet instanceof DataView){dataSet=dataSet._data}return dataSet||null};DataView.prototype._onEvent=function(event,params,senderId){var i,len,id,item,ids=params&¶ms.items,data=this._data,added=[],updated=[],removed=[];if(ids&&data){switch(event){case\"add\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){this._ids[id]=true;added.push(id)}}break;case\"update\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){if(this._ids[id]){updated.push(id)}else{this._ids[id]=true;added.push(id)}}else{if(this._ids[id]){delete this._ids[id];removed.push(id)}else{}}}break;case\"remove\":for(i=0,len=ids.length;i<len;i++){id=ids[i];if(this._ids[id]){delete this._ids[id];removed.push(id)}}break}if(added.length){this._trigger(\"add\",{items:added},senderId)}if(updated.length){this._trigger(\"update\",{items:updated},senderId)}if(removed.length){this._trigger(\"remove\",{items:removed},senderId)}}};DataView.prototype.on=DataSet.prototype.on;DataView.prototype.off=DataSet.prototype.off;DataView.prototype._trigger=DataSet.prototype._trigger;DataView.prototype.subscribe=DataView.prototype.on;DataView.prototype.unsubscribe=DataView.prototype.off;module.exports=DataView},function(module,exports,__webpack_require__){function Queue(options){this.delay=null;this.max=Infinity;this._queue=[];this._timeout=null;this._extended=null;this.setOptions(options)}Queue.prototype.setOptions=function(options){if(options&&typeof options.delay!==\"undefined\"){this.delay=options.delay}if(options&&typeof options.max!==\"undefined\"){this.max=options.max}this._flushIfNeeded()};Queue.extend=function(object,options){var queue=new Queue(options);if(object.flush!==undefined){throw new Error(\"Target object already has a property flush\")}object.flush=function(){queue.flush()};var methods=[{name:\"flush\",original:undefined}];if(options&&options.replace){for(var i=0;i<options.replace.length;i++){var name=options.replace[i];methods.push({name:name,original:object[name]});queue.replace(object,name)}}queue._extended={object:object,methods:methods};return queue};Queue.prototype.destroy=function(){this.flush();if(this._extended){var object=this._extended.object;var methods=this._extended.methods;for(var i=0;i<methods.length;i++){var method=methods[i];if(method.original){object[method.name]=method.original}else{delete object[method.name]}}this._extended=null}};Queue.prototype.replace=function(object,method){var me=this;var original=object[method];if(!original){throw new Error(\"Method \"+method+\" undefined\")}object[method]=function(){var args=[];for(var i=0;i<arguments.length;i++){args[i]=arguments[i]}me.queue({args:args,fn:original,context:this})}};Queue.prototype.queue=function(entry){if(typeof entry===\"function\"){this._queue.push({fn:entry})}else{this._queue.push(entry)}this._flushIfNeeded()};Queue.prototype._flushIfNeeded=function(){if(this._queue.length>this.max){this.flush()}clearTimeout(this._timeout);if(this.queue.length>0&&typeof this.delay===\"number\"){var me=this;this._timeout=setTimeout(function(){me.flush()},this.delay)}};Queue.prototype.flush=function(){while(this._queue.length>0){var entry=this._queue.shift();entry.fn.apply(entry.context||entry.fn,entry.args||[])}};module.exports=Queue},function(module,exports,__webpack_require__){var Emitter=__webpack_require__(56);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var util=__webpack_require__(1);var Point3d=__webpack_require__(10);var Point2d=__webpack_require__(9);var Camera=__webpack_require__(7);var Filter=__webpack_require__(8);var Slider=__webpack_require__(11);var StepNumber=__webpack_require__(12);function Graph3d(container,data,options){if(!(this instanceof Graph3d)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.containerElement=container;this.width=\"400px\";this.height=\"400px\";this.margin=10;this.defaultXCenter=\"55%\";this.defaultYCenter=\"50%\";this.xLabel=\"x\";this.yLabel=\"y\";this.zLabel=\"z\";var passValueFn=function(v){return v};this.xValueLabel=passValueFn;this.yValueLabel=passValueFn;this.zValueLabel=passValueFn;this.filterLabel=\"time\";this.legendLabel=\"value\";this.style=Graph3d.STYLE.DOT;this.showPerspective=true;this.showGrid=true;this.keepAspectRatio=true;this.showShadow=false;this.showGrayBottom=false;this.showTooltip=false;this.verticalRatio=.5;this.animationInterval=1e3;this.animationPreload=false;this.camera=new Camera;this.eye=new Point3d(0,0,-1);this.dataTable=null;this.dataPoints=null;this.colX=undefined;this.colY=undefined;this.colZ=undefined;this.colValue=undefined;this.colFilter=undefined;this.xMin=0;this.xStep=undefined;this.xMax=1;this.yMin=0;this.yStep=undefined;this.yMax=1;this.zMin=0;this.zStep=undefined;this.zMax=1;this.valueMin=0;this.valueMax=1;this.xBarWidth=1;this.yBarWidth=1;this.colorAxis=\"#4D4D4D\";this.colorGrid=\"#D3D3D3\";this.colorDot=\"#7DC1FF\";this.colorDotBorder=\"#3267D2\";this.create();this.setOptions(options);if(data){this.setData(data)}}Emitter(Graph3d.prototype);Graph3d.prototype._setScale=function(){this.scale=new Point3d(1/(this.xMax-this.xMin),1/(this.yMax-this.yMin),1/(this.zMax-this.zMin));if(this.keepAspectRatio){if(this.scale.x<this.scale.y){this.scale.y=this.scale.x}else{this.scale.x=this.scale.y}}this.scale.z*=this.verticalRatio;this.scale.value=1/(this.valueMax-this.valueMin);var xCenter=(this.xMax+this.xMin)/2*this.scale.x;var yCenter=(this.yMax+this.yMin)/2*this.scale.y;var zCenter=(this.zMax+this.zMin)/2*this.scale.z;this.camera.setArmLocation(xCenter,yCenter,zCenter)};Graph3d.prototype._convert3Dto2D=function(point3d){var translation=this._convertPointToTranslation(point3d);return this._convertTranslationToScreen(translation)};Graph3d.prototype._convertPointToTranslation=function(point3d){var ax=point3d.x*this.scale.x,ay=point3d.y*this.scale.y,az=point3d.z*this.scale.z,cx=this.camera.getCameraLocation().x,cy=this.camera.getCameraLocation().y,cz=this.camera.getCameraLocation().z,sinTx=Math.sin(this.camera.getCameraRotation().x),cosTx=Math.cos(this.camera.getCameraRotation().x),sinTy=Math.sin(this.camera.getCameraRotation().y),cosTy=Math.cos(this.camera.getCameraRotation().y),sinTz=Math.sin(this.camera.getCameraRotation().z),cosTz=Math.cos(this.camera.getCameraRotation().z),dx=cosTy*(sinTz*(ay-cy)+cosTz*(ax-cx))-sinTy*(az-cz),dy=sinTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))+cosTx*(cosTz*(ay-cy)-sinTz*(ax-cx)),dz=cosTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))-sinTx*(cosTz*(ay-cy)-sinTz*(ax-cx));return new Point3d(dx,dy,dz)};Graph3d.prototype._convertTranslationToScreen=function(translation){var ex=this.eye.x,ey=this.eye.y,ez=this.eye.z,dx=translation.x,dy=translation.y,dz=translation.z;var bx;var by;if(this.showPerspective){bx=(dx-ex)*(ez/dz);by=(dy-ey)*(ez/dz)}else{bx=dx*-(ez/this.camera.getArmLength());by=dy*-(ez/this.camera.getArmLength())}return new Point2d(this.xcenter+bx*this.frame.canvas.clientWidth,this.ycenter-by*this.frame.canvas.clientWidth)};Graph3d.prototype._setBackgroundColor=function(backgroundColor){var fill=\"white\";var stroke=\"gray\";var strokeWidth=1;if(typeof backgroundColor===\"string\"){fill=backgroundColor;stroke=\"none\";strokeWidth=0}else if(typeof backgroundColor===\"object\"){if(backgroundColor.fill!==undefined)fill=backgroundColor.fill;if(backgroundColor.stroke!==undefined)stroke=backgroundColor.stroke;if(backgroundColor.strokeWidth!==undefined)strokeWidth=backgroundColor.strokeWidth}else if(backgroundColor===undefined){}else{throw\"Unsupported type of backgroundColor\"}this.frame.style.backgroundColor=fill;this.frame.style.borderColor=stroke;this.frame.style.borderWidth=strokeWidth+\"px\";this.frame.style.borderStyle=\"solid\"};Graph3d.STYLE={BAR:0,BARCOLOR:1,BARSIZE:2,DOT:3,DOTLINE:4,DOTCOLOR:5,DOTSIZE:6,GRID:7,LINE:8,SURFACE:9};Graph3d.prototype._getStyleNumber=function(styleName){switch(styleName){case\"dot\":return Graph3d.STYLE.DOT;case\"dot-line\":return Graph3d.STYLE.DOTLINE;case\"dot-color\":return Graph3d.STYLE.DOTCOLOR;case\"dot-size\":return Graph3d.STYLE.DOTSIZE;case\"line\":return Graph3d.STYLE.LINE;case\"grid\":return Graph3d.STYLE.GRID;case\"surface\":return Graph3d.STYLE.SURFACE;case\"bar\":return Graph3d.STYLE.BAR;case\"bar-color\":return Graph3d.STYLE.BARCOLOR;case\"bar-size\":return Graph3d.STYLE.BARSIZE}return-1};Graph3d.prototype._determineColumnIndexes=function(data,style){if(this.style===Graph3d.STYLE.DOT||this.style===Graph3d.STYLE.DOTLINE||this.style===Graph3d.STYLE.LINE||this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE||this.style===Graph3d.STYLE.BAR){this.colX=0;this.colY=1;this.colZ=2;this.colValue=undefined;if(data.getNumberOfColumns()>3){this.colFilter=3}}else if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this.colX=0;this.colY=1;this.colZ=2;this.colValue=3;if(data.getNumberOfColumns()>4){this.colFilter=4}}else{throw'Unknown style \"'+this.style+'\"'}};Graph3d.prototype.getNumberOfRows=function(data){return data.length};Graph3d.prototype.getNumberOfColumns=function(data){var counter=0;for(var column in data[0]){if(data[0].hasOwnProperty(column)){counter++}}return counter};Graph3d.prototype.getDistinctValues=function(data,column){var distinctValues=[];for(var i=0;i<data.length;i++){if(distinctValues.indexOf(data[i][column])==-1){distinctValues.push(data[i][column])}}return distinctValues};Graph3d.prototype.getColumnRange=function(data,column){var minMax={min:data[0][column],max:data[0][column]};for(var i=0;i<data.length;i++){if(minMax.min>data[i][column]){minMax.min=data[i][column]}if(minMax.max<data[i][column]){minMax.max=data[i][column]}}return minMax};Graph3d.prototype._dataInitialize=function(rawData,style){var me=this;if(this.dataSet){this.dataSet.off(\"*\",this._onChange)}if(rawData===undefined)return;if(Array.isArray(rawData)){rawData=new DataSet(rawData)}var data;if(rawData instanceof DataSet||rawData instanceof DataView){data=rawData.get()}else{throw new Error(\"Array, DataSet, or DataView expected\")}if(data.length==0)return;this.dataSet=rawData;this.dataTable=data;this._onChange=function(){me.setData(me.dataSet)};this.dataSet.on(\"*\",this._onChange);this.colX=\"x\";this.colY=\"y\";this.colZ=\"z\";this.colValue=\"style\";this.colFilter=\"filter\";if(data[0].hasOwnProperty(\"filter\")){if(this.dataFilter===undefined){this.dataFilter=new Filter(rawData,this.colFilter,this);this.dataFilter.setOnLoadCallback(function(){me.redraw()})}}var withBars=this.style==Graph3d.STYLE.BAR||this.style==Graph3d.STYLE.BARCOLOR||this.style==Graph3d.STYLE.BARSIZE;if(withBars){if(this.defaultXBarWidth!==undefined){this.xBarWidth=this.defaultXBarWidth}else{var dataX=this.getDistinctValues(data,this.colX);this.xBarWidth=dataX[1]-dataX[0]||1}if(this.defaultYBarWidth!==undefined){this.yBarWidth=this.defaultYBarWidth}else{var dataY=this.getDistinctValues(data,this.colY);this.yBarWidth=dataY[1]-dataY[0]||1}}var xRange=this.getColumnRange(data,this.colX);if(withBars){xRange.min-=this.xBarWidth/2;xRange.max+=this.xBarWidth/2}this.xMin=this.defaultXMin!==undefined?this.defaultXMin:xRange.min;this.xMax=this.defaultXMax!==undefined?this.defaultXMax:xRange.max;if(this.xMax<=this.xMin)this.xMax=this.xMin+1;this.xStep=this.defaultXStep!==undefined?this.defaultXStep:(this.xMax-this.xMin)/5;var yRange=this.getColumnRange(data,this.colY);if(withBars){yRange.min-=this.yBarWidth/2;yRange.max+=this.yBarWidth/2}this.yMin=this.defaultYMin!==undefined?this.defaultYMin:yRange.min;this.yMax=this.defaultYMax!==undefined?this.defaultYMax:yRange.max;if(this.yMax<=this.yMin)this.yMax=this.yMin+1;this.yStep=this.defaultYStep!==undefined?this.defaultYStep:(this.yMax-this.yMin)/5;var zRange=this.getColumnRange(data,this.colZ);this.zMin=this.defaultZMin!==undefined?this.defaultZMin:zRange.min;this.zMax=this.defaultZMax!==undefined?this.defaultZMax:zRange.max;if(this.zMax<=this.zMin)this.zMax=this.zMin+1;this.zStep=this.defaultZStep!==undefined?this.defaultZStep:(this.zMax-this.zMin)/5;if(this.colValue!==undefined){var valueRange=this.getColumnRange(data,this.colValue);this.valueMin=this.defaultValueMin!==undefined?this.defaultValueMin:valueRange.min;this.valueMax=this.defaultValueMax!==undefined?this.defaultValueMax:valueRange.max;if(this.valueMax<=this.valueMin)this.valueMax=this.valueMin+1}this._setScale()};Graph3d.prototype._getDataPoints=function(data){var x,y,i,z,obj,point;var dataPoints=[];if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){var dataX=[];var dataY=[];for(i=0;i<this.getNumberOfRows(data);i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;if(dataX.indexOf(x)===-1){dataX.push(x)}if(dataY.indexOf(y)===-1){dataY.push(y)}}var sortNumber=function(a,b){return a-b};dataX.sort(sortNumber);dataY.sort(sortNumber);var dataMatrix=[];for(i=0;i<data.length;i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;z=data[i][this.colZ]||0;var xIndex=dataX.indexOf(x);var yIndex=dataY.indexOf(y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}var point3d=new Point3d;point3d.x=x;point3d.y=y;point3d.z=z;obj={};obj.point=point3d;obj.trans=undefined;obj.screen=undefined;obj.bottom=new Point3d(x,y,this.zMin);dataMatrix[xIndex][yIndex]=obj;dataPoints.push(obj)}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}}else{for(i=0;i<data.length;i++){point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zMin);obj.trans=undefined;obj.screen=undefined;dataPoints.push(obj)}}return dataPoints};Graph3d.prototype.create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);{var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}this.frame.filter=document.createElement(\"div\");this.frame.filter.style.position=\"absolute\";this.frame.filter.style.bottom=\"0px\";this.frame.filter.style.left=\"0px\";this.frame.filter.style.width=\"100%\";this.frame.appendChild(this.frame.filter);var me=this;var onmousedown=function(event){me._onMouseDown(event)};var ontouchstart=function(event){me._onTouchStart(event)};var onmousewheel=function(event){me._onWheel(event)};var ontooltip=function(event){me._onTooltip(event)};util.addEventListener(this.frame.canvas,\"keydown\",onkeydown);util.addEventListener(this.frame.canvas,\"mousedown\",onmousedown);util.addEventListener(this.frame.canvas,\"touchstart\",ontouchstart);util.addEventListener(this.frame.canvas,\"mousewheel\",onmousewheel);util.addEventListener(this.frame.canvas,\"mousemove\",ontooltip);this.containerElement.appendChild(this.frame)};Graph3d.prototype.setSize=function(width,height){this.frame.style.width=width;this.frame.style.height=height;this._resizeCanvas()};Graph3d.prototype._resizeCanvas=function(){this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth;this.frame.canvas.height=this.frame.canvas.clientHeight;this.frame.filter.style.width=this.frame.canvas.clientWidth-2*10+\"px\"};Graph3d.prototype.animationStart=function(){if(!this.frame.filter||!this.frame.filter.slider)throw\"No animation available\";this.frame.filter.slider.play()};Graph3d.prototype.animationStop=function(){if(!this.frame.filter||!this.frame.filter.slider)return;this.frame.filter.slider.stop()};Graph3d.prototype._resizeCenter=function(){if(this.defaultXCenter.charAt(this.defaultXCenter.length-1)===\"%\"){this.xcenter=parseFloat(this.defaultXCenter)/100*this.frame.canvas.clientWidth}else{this.xcenter=parseFloat(this.defaultXCenter)}if(this.defaultYCenter.charAt(this.defaultYCenter.length-1)===\"%\"){this.ycenter=parseFloat(this.defaultYCenter)/100*(this.frame.canvas.clientHeight-this.frame.filter.clientHeight)}else{this.ycenter=parseFloat(this.defaultYCenter)}};Graph3d.prototype.setCameraPosition=function(pos){if(pos===undefined){return}if(pos.horizontal!==undefined&&pos.vertical!==undefined){this.camera.setArmRotation(pos.horizontal,pos.vertical)}if(pos.distance!==undefined){this.camera.setArmLength(pos.distance)}this.redraw()};Graph3d.prototype.getCameraPosition=function(){var pos=this.camera.getArmRotation();pos.distance=this.camera.getArmLength();return pos};Graph3d.prototype._readData=function(data){this._dataInitialize(data,this.style);if(this.dataFilter){this.dataPoints=this.dataFilter._getDataPoints()}else{this.dataPoints=this._getDataPoints(this.dataTable)}this._redrawFilter()};Graph3d.prototype.setData=function(data){this._readData(data);this.redraw();if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.setOptions=function(options){var cameraPosition=undefined;this.animationStop();if(options!==undefined){if(options.width!==undefined)this.width=options.width;if(options.height!==undefined)this.height=options.height;if(options.xCenter!==undefined)this.defaultXCenter=options.xCenter;if(options.yCenter!==undefined)this.defaultYCenter=options.yCenter;if(options.filterLabel!==undefined)this.filterLabel=options.filterLabel;if(options.legendLabel!==undefined)this.legendLabel=options.legendLabel;if(options.xLabel!==undefined)this.xLabel=options.xLabel;if(options.yLabel!==undefined)this.yLabel=options.yLabel;if(options.zLabel!==undefined)this.zLabel=options.zLabel;if(options.xValueLabel!==undefined)this.xValueLabel=options.xValueLabel;if(options.yValueLabel!==undefined)this.yValueLabel=options.yValueLabel;if(options.zValueLabel!==undefined)this.zValueLabel=options.zValueLabel;if(options.style!==undefined){var styleNumber=this._getStyleNumber(options.style);if(styleNumber!==-1){this.style=styleNumber}}if(options.showGrid!==undefined)this.showGrid=options.showGrid;if(options.showPerspective!==undefined)this.showPerspective=options.showPerspective;if(options.showShadow!==undefined)this.showShadow=options.showShadow;if(options.tooltip!==undefined)this.showTooltip=options.tooltip;if(options.showAnimationControls!==undefined)this.showAnimationControls=options.showAnimationControls;if(options.keepAspectRatio!==undefined)this.keepAspectRatio=options.keepAspectRatio;if(options.verticalRatio!==undefined)this.verticalRatio=options.verticalRatio;if(options.animationInterval!==undefined)this.animationInterval=options.animationInterval;if(options.animationPreload!==undefined)this.animationPreload=options.animationPreload;if(options.animationAutoStart!==undefined)this.animationAutoStart=options.animationAutoStart;if(options.xBarWidth!==undefined)this.defaultXBarWidth=options.xBarWidth;if(options.yBarWidth!==undefined)this.defaultYBarWidth=options.yBarWidth;if(options.xMin!==undefined)this.defaultXMin=options.xMin;if(options.xStep!==undefined)this.defaultXStep=options.xStep;if(options.xMax!==undefined)this.defaultXMax=options.xMax;if(options.yMin!==undefined)this.defaultYMin=options.yMin;if(options.yStep!==undefined)this.defaultYStep=options.yStep;if(options.yMax!==undefined)this.defaultYMax=options.yMax;if(options.zMin!==undefined)this.defaultZMin=options.zMin;if(options.zStep!==undefined)this.defaultZStep=options.zStep;if(options.zMax!==undefined)this.defaultZMax=options.zMax;if(options.valueMin!==undefined)this.defaultValueMin=options.valueMin;if(options.valueMax!==undefined)this.defaultValueMax=options.valueMax;if(options.cameraPosition!==undefined)cameraPosition=options.cameraPosition;if(cameraPosition!==undefined){this.camera.setArmRotation(cameraPosition.horizontal,cameraPosition.vertical);this.camera.setArmLength(cameraPosition.distance)}else{this.camera.setArmRotation(1,.5);this.camera.setArmLength(1.7)}}this._setBackgroundColor(options&&options.backgroundColor);this.setSize(this.width,this.height);if(this.dataTable){this.setData(this.dataTable)}if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.redraw=function(){if(this.dataPoints===undefined){throw\"Error: graph data not initialized\"}this._resizeCanvas();this._resizeCenter();this._redrawSlider();this._redrawClear();this._redrawAxis();if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){this._redrawDataGrid()}else if(this.style===Graph3d.STYLE.LINE){this._redrawDataLine()}else if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this._redrawDataBar()}else{this._redrawDataDot()}this._redrawInfo();this._redrawLegend()};Graph3d.prototype._redrawClear=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.clearRect(0,0,canvas.width,canvas.height)};Graph3d.prototype._redrawLegend=function(){var y;if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this.frame.clientWidth*.02;var widthMin,widthMax;if(this.style===Graph3d.STYLE.DOTSIZE){widthMin=dotSize/2;widthMax=dotSize/2+dotSize*2}else{widthMin=20;widthMax=20}var height=Math.max(this.frame.clientHeight*.25,100);var top=this.margin;var right=this.frame.clientWidth-this.margin;var left=right-widthMax;var bottom=top+height}var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.lineWidth=1;ctx.font=\"14px arial\";if(this.style===Graph3d.STYLE.DOTCOLOR){var ymin=0;var ymax=height;for(y=ymin;y<ymax;y++){var f=(y-ymin)/(ymax-ymin);var hue=f*240;var color=this._hsv2rgb(hue,1,1);ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(left,top+y);ctx.lineTo(right,top+y);ctx.stroke()}ctx.strokeStyle=this.colorAxis;ctx.strokeRect(left,top,widthMax,height)}if(this.style===Graph3d.STYLE.DOTSIZE){ctx.strokeStyle=this.colorAxis;ctx.fillStyle=this.colorDot;ctx.beginPath();ctx.moveTo(left,top);ctx.lineTo(right,top);ctx.lineTo(right-widthMax+widthMin,bottom);ctx.lineTo(left,bottom);ctx.closePath();ctx.fill();ctx.stroke()}if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var gridLineLen=5;var step=new StepNumber(this.valueMin,this.valueMax,(this.valueMax-this.valueMin)/5,true);step.start();if(step.getCurrent()<this.valueMin){step.next()}while(!step.end()){y=bottom-(step.getCurrent()-this.valueMin)/(this.valueMax-this.valueMin)*height;ctx.beginPath();ctx.moveTo(left-gridLineLen,y);ctx.lineTo(left,y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.colorAxis;ctx.fillText(step.getCurrent(),left-2*gridLineLen,y);step.next()}ctx.textAlign=\"right\";ctx.textBaseline=\"top\";var label=this.legendLabel;ctx.fillText(label,right,bottom+this.margin)}};Graph3d.prototype._redrawFilter=function(){this.frame.filter.innerHTML=\"\";if(this.dataFilter){var options={visible:this.showAnimationControls};var slider=new Slider(this.frame.filter,options);this.frame.filter.slider=slider;this.frame.filter.style.padding=\"10px\";slider.setValues(this.dataFilter.values);slider.setPlayInterval(this.animationInterval);var me=this;var onchange=function(){var index=slider.getIndex();me.dataFilter.selectValue(index);me.dataPoints=me.dataFilter._getDataPoints();me.redraw()};slider.setOnChangeCallback(onchange)}else{this.frame.filter.slider=undefined}};Graph3d.prototype._redrawSlider=function(){if(this.frame.filter.slider!==undefined){this.frame.filter.slider.redraw()}};Graph3d.prototype._redrawInfo=function(){if(this.dataFilter){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.font=\"14px arial\";ctx.lineStyle=\"gray\";ctx.fillStyle=\"gray\";ctx.textAlign=\"left\";ctx.textBaseline=\"top\";var x=this.margin;var y=this.margin;ctx.fillText(this.dataFilter.getLabel()+\": \"+this.dataFilter.getSelectedValue(),x,y)}};Graph3d.prototype._redrawAxis=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),from,to,step,prettyStep,text,xText,yText,zText,offset,xOffset,yOffset,xMin2d,xMax2d;ctx.font=24/this.camera.getArmLength()+\"px arial\";var gridLenX=.025/this.scale.x;var gridLenY=.025/this.scale.y;var textMargin=5/this.camera.getArmLength();var armAngle=this.camera.getArmRotation().horizontal;ctx.lineWidth=1;prettyStep=this.defaultXStep===undefined;step=new StepNumber(this.xMin,this.xMax,this.xStep,prettyStep);step.start();if(step.getCurrent()<this.xMin){step.next()}while(!step.end()){var x=step.getCurrent();if(this.showGrid){from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));ctx.strokeStyle=this.colorGrid;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMin+gridLenX,this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax-gridLenX,this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}yText=Math.cos(armAngle)>0?this.yMin:this.yMax;text=this._convert3Dto2D(new Point3d(x,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.colorAxis;ctx.fillText(\" \"+this.xValueLabel(step.getCurrent())+\" \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultYStep===undefined;step=new StepNumber(this.yMin,this.yMax,this.yStep,prettyStep);step.start();if(step.getCurrent()<this.yMin){step.next()}while(!step.end()){if(this.showGrid){from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));ctx.strokeStyle=this.colorGrid;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin+gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax-gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}xText=Math.sin(armAngle)>0?this.xMin:this.xMax;text=this._convert3Dto2D(new Point3d(xText,step.getCurrent(),this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.colorAxis;ctx.fillText(\" \"+this.yValueLabel(step.getCurrent())+\" \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultZStep===undefined;step=new StepNumber(this.zMin,this.zMax,this.zStep,prettyStep);step.start();if(step.getCurrent()<this.zMin){step.next()}xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;while(!step.end()){from=this._convert3Dto2D(new Point3d(xText,yText,step.getCurrent()));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(from.x-textMargin,from.y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.colorAxis;ctx.fillText(this.zValueLabel(step.getCurrent())+\" \",from.x-5,from.y);step.next()}ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));to=this._convert3Dto2D(new Point3d(xText,yText,this.zMax));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();ctx.lineWidth=1;xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));\nctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.colorAxis;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();var xLabel=this.xLabel;if(xLabel.length>0){yOffset=.1/this.scale.y;xText=(this.xMin+this.xMax)/2;yText=Math.cos(armAngle)>0?this.yMin-yOffset:this.yMax+yOffset;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.colorAxis;ctx.fillText(xLabel,text.x,text.y)}var yLabel=this.yLabel;if(yLabel.length>0){xOffset=.1/this.scale.x;xText=Math.sin(armAngle)>0?this.xMin-xOffset:this.xMax+xOffset;yText=(this.yMin+this.yMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.colorAxis;ctx.fillText(yLabel,text.x,text.y)}var zLabel=this.zLabel;if(zLabel.length>0){offset=30;xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;zText=(this.zMin+this.zMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,zText));ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.colorAxis;ctx.fillText(zLabel,text.x-offset,text.y)}};Graph3d.prototype._hsv2rgb=function(H,S,V){var R,G,B,C,Hi,X;C=V*S;Hi=Math.floor(H/60);X=C*(1-Math.abs(H/60%2-1));switch(Hi){case 0:R=C;G=X;B=0;break;case 1:R=X;G=C;B=0;break;case 2:R=0;G=C;B=X;break;case 3:R=0;G=X;B=C;break;case 4:R=X;G=0;B=C;break;case 5:R=C;G=0;B=X;break;default:R=0;G=0;B=0;break}return\"RGB(\"+parseInt(R*255)+\",\"+parseInt(G*255)+\",\"+parseInt(B*255)+\")\"};Graph3d.prototype._redrawDataGrid=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,right,top,cross,i,topSideVisible,fillStyle,strokeStyle,lineWidth,h,s,v,zAvg;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);if(this.style===Graph3d.STYLE.SURFACE){for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;cross=this.dataPoints[i].pointCross;if(point!==undefined&&right!==undefined&&top!==undefined&&cross!==undefined){if(this.showGrayBottom||this.showShadow){var aDiff=Point3d.subtract(cross.trans,point.trans);var bDiff=Point3d.subtract(top.trans,right.trans);var crossproduct=Point3d.crossProduct(aDiff,bDiff);var len=crossproduct.length();topSideVisible=crossproduct.z>0}else{topSideVisible=true}if(topSideVisible){zAvg=(point.point.z+right.point.z+top.point.z+cross.point.z)/4;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;s=1;if(this.showShadow){v=Math.min(1+crossproduct.x/len/2,1);fillStyle=this._hsv2rgb(h,s,v);strokeStyle=fillStyle}else{v=1;fillStyle=this._hsv2rgb(h,s,v);strokeStyle=this.colorAxis}}else{fillStyle=\"gray\";strokeStyle=this.colorAxis}lineWidth=.5;ctx.lineWidth=lineWidth;ctx.fillStyle=fillStyle;ctx.strokeStyle=strokeStyle;ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.lineTo(cross.screen.x,cross.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.closePath();ctx.fill();ctx.stroke()}}}else{for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;if(point!==undefined){if(this.showPerspective){lineWidth=2/-point.trans.z}else{lineWidth=2*-(this.eye.z/this.camera.getArmLength())}}if(point!==undefined&&right!==undefined){zAvg=(point.point.z+right.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=lineWidth;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.stroke()}if(point!==undefined&&top!==undefined){zAvg=(point.point.z+top.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=lineWidth;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.stroke()}}}};Graph3d.prototype._redrawDataDot=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);var dotSize=this.frame.clientWidth*.02;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];if(this.style===Graph3d.STYLE.DOTLINE){var from=this._convert3Dto2D(point.bottom);ctx.lineWidth=1;ctx.strokeStyle=this.colorGrid;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(point.screen.x,point.screen.y);ctx.stroke()}var size;if(this.style===Graph3d.STYLE.DOTSIZE){size=dotSize/2+2*dotSize*(point.point.value-this.valueMin)/(this.valueMax-this.valueMin)}else{size=dotSize}var radius;if(this.showPerspective){radius=size/-point.trans.z}else{radius=size*-(this.eye.z/this.camera.getArmLength())}if(radius<0){radius=0}var hue,color,borderColor;if(this.style===Graph3d.STYLE.DOTCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.DOTSIZE){color=this.colorDot;borderColor=this.colorDotBorder}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}ctx.lineWidth=1;ctx.strokeStyle=borderColor;ctx.fillStyle=color;ctx.beginPath();ctx.arc(point.screen.x,point.screen.y,radius,0,Math.PI*2,true);ctx.fill();ctx.stroke()}};Graph3d.prototype._redrawDataBar=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i,j,surface,corners;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];var hue,color,borderColor;if(this.style===Graph3d.STYLE.BARCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.BARSIZE){color=this.colorDot;borderColor=this.colorDotBorder}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}if(this.style===Graph3d.STYLE.BARSIZE){xWidth=this.xBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2);yWidth=this.yBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2)}var me=this;var point3d=point.point;var top=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,point3d.z)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,point3d.z)}];var bottom=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,this.zMin)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,this.zMin)}];top.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});bottom.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});var surfaces=[{corners:top,center:Point3d.avg(bottom[0].point,bottom[2].point)},{corners:[top[0],top[1],bottom[1],bottom[0]],center:Point3d.avg(bottom[1].point,bottom[0].point)},{corners:[top[1],top[2],bottom[2],bottom[1]],center:Point3d.avg(bottom[2].point,bottom[1].point)},{corners:[top[2],top[3],bottom[3],bottom[2]],center:Point3d.avg(bottom[3].point,bottom[2].point)},{corners:[top[3],top[0],bottom[0],bottom[3]],center:Point3d.avg(bottom[0].point,bottom[3].point)}];point.surfaces=surfaces;for(j=0;j<surfaces.length;j++){surface=surfaces[j];var transCenter=this._convertPointToTranslation(surface.center);surface.dist=this.showPerspective?transCenter.length():-transCenter.z}surfaces.sort(function(a,b){var diff=b.dist-a.dist;if(diff)return diff;if(a.corners===top)return 1;if(b.corners===top)return-1;return 0});ctx.lineWidth=1;ctx.strokeStyle=borderColor;ctx.fillStyle=color;for(j=2;j<surfaces.length;j++){surface=surfaces[j];corners=surface.corners;ctx.beginPath();ctx.moveTo(corners[3].screen.x,corners[3].screen.y);ctx.lineTo(corners[0].screen.x,corners[0].screen.y);ctx.lineTo(corners[1].screen.x,corners[1].screen.y);ctx.lineTo(corners[2].screen.x,corners[2].screen.y);ctx.lineTo(corners[3].screen.x,corners[3].screen.y);ctx.fill();ctx.stroke()}}};Graph3d.prototype._redrawDataLine=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen}if(this.dataPoints.length>0){point=this.dataPoints[0];ctx.lineWidth=1;ctx.strokeStyle=\"blue\";ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y)}for(i=1;i<this.dataPoints.length;i++){point=this.dataPoints[i];ctx.lineTo(point.screen.x,point.screen.y)}if(this.dataPoints.length>0){ctx.stroke()}};Graph3d.prototype._onMouseDown=function(event){event=event||window.event;if(this.leftButtonDown){this._onMouseUp(event)}this.leftButtonDown=event.which?event.which===1:event.button===1;if(!this.leftButtonDown&&!this.touchDown)return;this.startMouseX=getMouseX(event);this.startMouseY=getMouseY(event);this.startStart=new Date(this.start);this.startEnd=new Date(this.end);this.startArmRotation=this.camera.getArmRotation();this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",me.onmousemove);util.addEventListener(document,\"mouseup\",me.onmouseup);util.preventDefault(event)};Graph3d.prototype._onMouseMove=function(event){event=event||window.event;var diffX=parseFloat(getMouseX(event))-this.startMouseX;var diffY=parseFloat(getMouseY(event))-this.startMouseY;var horizontalNew=this.startArmRotation.horizontal+diffX/200;var verticalNew=this.startArmRotation.vertical+diffY/200;var snapAngle=4;var snapValue=Math.sin(snapAngle/360*2*Math.PI);if(Math.abs(Math.sin(horizontalNew))<snapValue){horizontalNew=Math.round(horizontalNew/Math.PI)*Math.PI-.001}if(Math.abs(Math.cos(horizontalNew))<snapValue){horizontalNew=(Math.round(horizontalNew/Math.PI-.5)+.5)*Math.PI-.001}if(Math.abs(Math.sin(verticalNew))<snapValue){verticalNew=Math.round(verticalNew/Math.PI)*Math.PI}if(Math.abs(Math.cos(verticalNew))<snapValue){verticalNew=(Math.round(verticalNew/Math.PI-.5)+.5)*Math.PI}this.camera.setArmRotation(horizontalNew,verticalNew);this.redraw();var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";this.leftButtonDown=false;util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Graph3d.prototype._onTooltip=function(event){var delay=300;var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;if(!this.showTooltip){return}if(this.tooltipTimeout){clearTimeout(this.tooltipTimeout)}if(this.leftButtonDown){this._hideTooltip();return}if(this.tooltip&&this.tooltip.dataPoint){var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint!==this.tooltip.dataPoint){if(dataPoint){this._showTooltip(dataPoint)}else{this._hideTooltip()}}}else{var me=this;this.tooltipTimeout=setTimeout(function(){me.tooltipTimeout=null;var dataPoint=me._dataPointFromXY(mouseX,mouseY);if(dataPoint){me._showTooltip(dataPoint)}},delay)}};Graph3d.prototype._onTouchStart=function(event){this.touchDown=true;var me=this;this.ontouchmove=function(event){me._onTouchMove(event)};this.ontouchend=function(event){me._onTouchEnd(event)};util.addEventListener(document,\"touchmove\",me.ontouchmove);util.addEventListener(document,\"touchend\",me.ontouchend);this._onMouseDown(event)};Graph3d.prototype._onTouchMove=function(event){this._onMouseMove(event)};Graph3d.prototype._onTouchEnd=function(event){this.touchDown=false;util.removeEventListener(document,\"touchmove\",this.ontouchmove);util.removeEventListener(document,\"touchend\",this.ontouchend);this._onMouseUp(event)};Graph3d.prototype._onWheel=function(event){if(!event)event=window.event;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var oldLength=this.camera.getArmLength();var newLength=oldLength*(1-delta/10);this.camera.setArmLength(newLength);this.redraw();this._hideTooltip()}var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._insideTriangle=function(point,triangle){var a=triangle[0],b=triangle[1],c=triangle[2];function sign(x){return x>0?1:x<0?-1:0}var as=sign((b.x-a.x)*(point.y-a.y)-(b.y-a.y)*(point.x-a.x));var bs=sign((c.x-b.x)*(point.y-b.y)-(c.y-b.y)*(point.x-b.x));var cs=sign((a.x-c.x)*(point.y-c.y)-(a.y-c.y)*(point.x-c.x));return(as==0||bs==0||as==bs)&&(bs==0||cs==0||bs==cs)&&(as==0||cs==0||as==cs)};Graph3d.prototype._dataPointFromXY=function(x,y){var i,distMax=100,dataPoint=null,closestDataPoint=null,closestDist=null,center=new Point2d(x,y);if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){for(i=this.dataPoints.length-1;i>=0;i--){dataPoint=this.dataPoints[i];var surfaces=dataPoint.surfaces;if(surfaces){for(var s=surfaces.length-1;s>=0;s--){var surface=surfaces[s];var corners=surface.corners;var triangle1=[corners[0].screen,corners[1].screen,corners[2].screen];var triangle2=[corners[2].screen,corners[3].screen,corners[0].screen];if(this._insideTriangle(center,triangle1)||this._insideTriangle(center,triangle2)){return dataPoint}}}}}else{for(i=0;i<this.dataPoints.length;i++){dataPoint=this.dataPoints[i];var point=dataPoint.screen;if(point){var distX=Math.abs(x-point.x);var distY=Math.abs(y-point.y);var dist=Math.sqrt(distX*distX+distY*distY);if((closestDist===null||dist<closestDist)&&dist<distMax){closestDist=dist;closestDataPoint=dataPoint}}}}return closestDataPoint};Graph3d.prototype._showTooltip=function(dataPoint){var content,line,dot;if(!this.tooltip){content=document.createElement(\"div\");content.style.position=\"absolute\";content.style.padding=\"10px\";content.style.border=\"1px solid #4d4d4d\";content.style.color=\"#1a1a1a\";content.style.background=\"rgba(255,255,255,0.7)\";content.style.borderRadius=\"2px\";content.style.boxShadow=\"5px 5px 10px rgba(128,128,128,0.5)\";line=document.createElement(\"div\");line.style.position=\"absolute\";line.style.height=\"40px\";line.style.width=\"0\";line.style.borderLeft=\"1px solid #4d4d4d\";dot=document.createElement(\"div\");dot.style.position=\"absolute\";dot.style.height=\"0\";dot.style.width=\"0\";dot.style.border=\"5px solid #4d4d4d\";dot.style.borderRadius=\"5px\";this.tooltip={dataPoint:null,dom:{content:content,line:line,dot:dot}}}else{content=this.tooltip.dom.content;line=this.tooltip.dom.line;dot=this.tooltip.dom.dot}this._hideTooltip();this.tooltip.dataPoint=dataPoint;if(typeof this.showTooltip===\"function\"){content.innerHTML=this.showTooltip(dataPoint.point)}else{content.innerHTML=\"<table>\"+\"<tr><td>x:</td><td>\"+dataPoint.point.x+\"</td></tr>\"+\"<tr><td>y:</td><td>\"+dataPoint.point.y+\"</td></tr>\"+\"<tr><td>z:</td><td>\"+dataPoint.point.z+\"</td></tr>\"+\"</table>\"}content.style.left=\"0\";content.style.top=\"0\";this.frame.appendChild(content);this.frame.appendChild(line);this.frame.appendChild(dot);var contentWidth=content.offsetWidth;var contentHeight=content.offsetHeight;var lineHeight=line.offsetHeight;var dotWidth=dot.offsetWidth;var dotHeight=dot.offsetHeight;var left=dataPoint.screen.x-contentWidth/2;left=Math.min(Math.max(left,10),this.frame.clientWidth-10-contentWidth);line.style.left=dataPoint.screen.x+\"px\";line.style.top=dataPoint.screen.y-lineHeight+\"px\";content.style.left=left+\"px\";content.style.top=dataPoint.screen.y-lineHeight-contentHeight+\"px\";dot.style.left=dataPoint.screen.x-dotWidth/2+\"px\";dot.style.top=dataPoint.screen.y-dotHeight/2+\"px\"};Graph3d.prototype._hideTooltip=function(){if(this.tooltip){this.tooltip.dataPoint=null;for(var prop in this.tooltip.dom){if(this.tooltip.dom.hasOwnProperty(prop)){var elem=this.tooltip.dom[prop];if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}}}};function getMouseX(event){if(\"clientX\"in event)return event.clientX;return event.targetTouches[0]&&event.targetTouches[0].clientX||0}function getMouseY(event){if(\"clientY\"in event)return event.clientY;return event.targetTouches[0]&&event.targetTouches[0].clientY||0}module.exports=Graph3d},function(module,exports,__webpack_require__){var Point3d=__webpack_require__(10);function Camera(){this.armLocation=new Point3d;this.armRotation={};this.armRotation.horizontal=0;this.armRotation.vertical=0;this.armLength=1.7;this.cameraLocation=new Point3d;this.cameraRotation=new Point3d(.5*Math.PI,0,0);this.calculateCameraOrientation()}Camera.prototype.setArmLocation=function(x,y,z){this.armLocation.x=x;this.armLocation.y=y;this.armLocation.z=z;this.calculateCameraOrientation()};Camera.prototype.setArmRotation=function(horizontal,vertical){if(horizontal!==undefined){this.armRotation.horizontal=horizontal}if(vertical!==undefined){this.armRotation.vertical=vertical;if(this.armRotation.vertical<0)this.armRotation.vertical=0;if(this.armRotation.vertical>.5*Math.PI)this.armRotation.vertical=.5*Math.PI}if(horizontal!==undefined||vertical!==undefined){this.calculateCameraOrientation()}};Camera.prototype.getArmRotation=function(){var rot={};rot.horizontal=this.armRotation.horizontal;rot.vertical=this.armRotation.vertical;return rot};Camera.prototype.setArmLength=function(length){if(length===undefined)return;this.armLength=length;if(this.armLength<.71)this.armLength=.71;if(this.armLength>5)this.armLength=5;this.calculateCameraOrientation()};Camera.prototype.getArmLength=function(){return this.armLength};Camera.prototype.getCameraLocation=function(){return this.cameraLocation};Camera.prototype.getCameraRotation=function(){return this.cameraRotation};Camera.prototype.calculateCameraOrientation=function(){this.cameraLocation.x=this.armLocation.x-this.armLength*Math.sin(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.y=this.armLocation.y-this.armLength*Math.cos(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.z=this.armLocation.z+this.armLength*Math.sin(this.armRotation.vertical);this.cameraRotation.x=Math.PI/2-this.armRotation.vertical;this.cameraRotation.y=0;this.cameraRotation.z=-this.armRotation.horizontal};module.exports=Camera},function(module,exports,__webpack_require__){var DataView=__webpack_require__(4);function Filter(data,column,graph){this.data=data;this.column=column;this.graph=graph;this.index=undefined;this.value=undefined;this.values=graph.getDistinctValues(data.get(),this.column);this.values.sort(function(a,b){return a>b?1:a<b?-1:0});if(this.values.length>0){this.selectValue(0)}this.dataPoints=[];this.loaded=false;this.onLoadCallback=undefined;if(graph.animationPreload){this.loaded=false;this.loadInBackground()}else{this.loaded=true}}Filter.prototype.isLoaded=function(){return this.loaded};Filter.prototype.getLoadedProgress=function(){var len=this.values.length;var i=0;while(this.dataPoints[i]){i++}return Math.round(i/len*100)};Filter.prototype.getLabel=function(){return this.graph.filterLabel};Filter.prototype.getColumn=function(){return this.column};Filter.prototype.getSelectedValue=function(){if(this.index===undefined)return undefined;return this.values[this.index]};Filter.prototype.getValues=function(){return this.values};Filter.prototype.getValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";return this.values[index]};Filter.prototype._getDataPoints=function(index){if(index===undefined)index=this.index;if(index===undefined)return[];var dataPoints;if(this.dataPoints[index]){dataPoints=this.dataPoints[index]}else{var f={};f.column=this.column;f.value=this.values[index];var dataView=new DataView(this.data,{filter:function(item){return item[f.column]==f.value}}).get();dataPoints=this.graph._getDataPoints(dataView);this.dataPoints[index]=dataPoints}return dataPoints};Filter.prototype.setOnLoadCallback=function(callback){this.onLoadCallback=callback};Filter.prototype.selectValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";this.index=index;this.value=this.values[index]};Filter.prototype.loadInBackground=function(index){if(index===undefined)index=0;var frame=this.graph.frame;if(index<this.values.length){var dataPointsTemp=this._getDataPoints(index);if(frame.progress===undefined){frame.progress=document.createElement(\"DIV\");frame.progress.style.position=\"absolute\";frame.progress.style.color=\"gray\";frame.appendChild(frame.progress)}var progress=this.getLoadedProgress();frame.progress.innerHTML=\"Loading animation... \"+progress+\"%\";frame.progress.style.bottom=60+\"px\";frame.progress.style.left=10+\"px\";var me=this;setTimeout(function(){me.loadInBackground(index+1)},10);this.loaded=false}else{this.loaded=true;if(frame.progress!==undefined){frame.removeChild(frame.progress);frame.progress=undefined}if(this.onLoadCallback)this.onLoadCallback()}};module.exports=Filter},function(module,exports,__webpack_require__){function Point2d(x,y){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0}module.exports=Point2d},function(module,exports,__webpack_require__){function Point3d(x,y,z){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0;this.z=z!==undefined?z:0}Point3d.subtract=function(a,b){var sub=new Point3d;sub.x=a.x-b.x;sub.y=a.y-b.y;sub.z=a.z-b.z;return sub};Point3d.add=function(a,b){var sum=new Point3d;sum.x=a.x+b.x;sum.y=a.y+b.y;sum.z=a.z+b.z;return sum};Point3d.avg=function(a,b){return new Point3d((a.x+b.x)/2,(a.y+b.y)/2,(a.z+b.z)/2)};Point3d.crossProduct=function(a,b){var crossproduct=new Point3d;crossproduct.x=a.y*b.z-a.z*b.y;crossproduct.y=a.z*b.x-a.x*b.z;crossproduct.z=a.x*b.y-a.y*b.x;return crossproduct};Point3d.prototype.length=function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)};module.exports=Point3d},function(module,exports,__webpack_require__){var util=__webpack_require__(1);function Slider(container,options){if(container===undefined){throw\"Error: No container element defined\"}this.container=container;this.visible=options&&options.visible!=undefined?options.visible:true;if(this.visible){this.frame=document.createElement(\"DIV\");this.frame.style.width=\"100%\";this.frame.style.position=\"relative\";this.container.appendChild(this.frame);this.frame.prev=document.createElement(\"INPUT\");this.frame.prev.type=\"BUTTON\";this.frame.prev.value=\"Prev\";this.frame.appendChild(this.frame.prev);this.frame.play=document.createElement(\"INPUT\");this.frame.play.type=\"BUTTON\";this.frame.play.value=\"Play\";this.frame.appendChild(this.frame.play);this.frame.next=document.createElement(\"INPUT\");this.frame.next.type=\"BUTTON\";this.frame.next.value=\"Next\";this.frame.appendChild(this.frame.next);this.frame.bar=document.createElement(\"INPUT\");this.frame.bar.type=\"BUTTON\";this.frame.bar.style.position=\"absolute\";this.frame.bar.style.border=\"1px solid red\";this.frame.bar.style.width=\"100px\";this.frame.bar.style.height=\"6px\";this.frame.bar.style.borderRadius=\"2px\";this.frame.bar.style.MozBorderRadius=\"2px\";this.frame.bar.style.border=\"1px solid #7F7F7F\";this.frame.bar.style.backgroundColor=\"#E5E5E5\";this.frame.appendChild(this.frame.bar);this.frame.slide=document.createElement(\"INPUT\");this.frame.slide.type=\"BUTTON\";this.frame.slide.style.margin=\"0px\";this.frame.slide.value=\" \";this.frame.slide.style.position=\"relative\";this.frame.slide.style.left=\"-100px\";this.frame.appendChild(this.frame.slide);var me=this;this.frame.slide.onmousedown=function(event){me._onMouseDown(event)};this.frame.prev.onclick=function(event){me.prev(event)};this.frame.play.onclick=function(event){me.togglePlay(event)};this.frame.next.onclick=function(event){me.next(event)}}this.onChangeCallback=undefined;this.values=[];this.index=undefined;this.playTimeout=undefined;this.playInterval=1e3;this.playLoop=true}Slider.prototype.prev=function(){var index=this.getIndex();if(index>0){index--;this.setIndex(index)}};Slider.prototype.next=function(){var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}};Slider.prototype.playNext=function(){var start=new Date;var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}else if(this.playLoop){index=0;this.setIndex(index)}var end=new Date;var diff=end-start;var interval=Math.max(this.playInterval-diff,0);var me=this;this.playTimeout=setTimeout(function(){me.playNext()},interval)};Slider.prototype.togglePlay=function(){if(this.playTimeout===undefined){this.play()}else{this.stop()}};Slider.prototype.play=function(){if(this.playTimeout)return;this.playNext();if(this.frame){this.frame.play.value=\"Stop\"}};Slider.prototype.stop=function(){clearInterval(this.playTimeout);this.playTimeout=undefined;if(this.frame){this.frame.play.value=\"Play\"}};Slider.prototype.setOnChangeCallback=function(callback){this.onChangeCallback=callback};Slider.prototype.setPlayInterval=function(interval){this.playInterval=interval};Slider.prototype.getPlayInterval=function(interval){return this.playInterval};Slider.prototype.setPlayLoop=function(doLoop){this.playLoop=doLoop};Slider.prototype.onChange=function(){if(this.onChangeCallback!==undefined){this.onChangeCallback()}};Slider.prototype.redraw=function(){if(this.frame){this.frame.bar.style.top=this.frame.clientHeight/2-this.frame.bar.offsetHeight/2+\"px\";this.frame.bar.style.width=this.frame.clientWidth-this.frame.prev.clientWidth-this.frame.play.clientWidth-this.frame.next.clientWidth-30+\"px\";var left=this.indexToLeft(this.index);this.frame.slide.style.left=left+\"px\"}};Slider.prototype.setValues=function(values){this.values=values;if(this.values.length>0)this.setIndex(0);else this.index=undefined};Slider.prototype.setIndex=function(index){if(index<this.values.length){this.index=index;this.redraw();this.onChange()}else{throw\"Error: index out of range\"}};Slider.prototype.getIndex=function(){return this.index};Slider.prototype.get=function(){return this.values[this.index]};Slider.prototype._onMouseDown=function(event){var leftButtonDown=event.which?event.which===1:event.button===1;if(!leftButtonDown)return;this.startClientX=event.clientX;this.startSlideX=parseFloat(this.frame.slide.style.left);this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",this.onmousemove);util.addEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Slider.prototype.leftToIndex=function(left){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=left-3;var index=Math.round(x/width*(this.values.length-1));if(index<0)index=0;if(index>this.values.length-1)index=this.values.length-1;return index};Slider.prototype.indexToLeft=function(index){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=index/(this.values.length-1)*width;var left=x+3;return left};Slider.prototype._onMouseMove=function(event){var diff=event.clientX-this.startClientX;var x=this.startSlideX+diff;var index=this.leftToIndex(x);this.setIndex(index);util.preventDefault()};Slider.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault()};module.exports=Slider},function(module,exports,__webpack_require__){function StepNumber(start,end,step,prettyStep){this._start=0;this._end=0;this._step=1;this.prettyStep=true;this.precision=5;this._current=0;this.setRange(start,end,step,prettyStep)}StepNumber.prototype.setRange=function(start,end,step,prettyStep){this._start=start?start:0;this._end=end?end:0;this.setStep(step,prettyStep)};StepNumber.prototype.setStep=function(step,prettyStep){if(step===undefined||step<=0)return;if(prettyStep!==undefined)this.prettyStep=prettyStep;if(this.prettyStep===true)this._step=StepNumber.calculatePrettyStep(step);else this._step=step};StepNumber.calculatePrettyStep=function(step){var log10=function(x){return Math.log(x)/Math.LN10};var step1=Math.pow(10,Math.round(log10(step))),step2=2*Math.pow(10,Math.round(log10(step/2))),step5=5*Math.pow(10,Math.round(log10(step/5)));var prettyStep=step1;if(Math.abs(step2-step)<=Math.abs(prettyStep-step))prettyStep=step2;if(Math.abs(step5-step)<=Math.abs(prettyStep-step))prettyStep=step5;if(prettyStep<=0){prettyStep=1}return prettyStep};StepNumber.prototype.getCurrent=function(){return parseFloat(this._current.toPrecision(this.precision))};StepNumber.prototype.getStep=function(){return this._step};StepNumber.prototype.start=function(){this._current=this._start-this._start%this._step};StepNumber.prototype.next=function(){this._current+=this._step};StepNumber.prototype.end=function(){return this._current>this._end};module.exports=StepNumber},function(module,exports,__webpack_require__){var Emitter=__webpack_require__(56);var Hammer=__webpack_require__(45);var util=__webpack_require__(1);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var Range=__webpack_require__(17);var Core=__webpack_require__(46);var TimeAxis=__webpack_require__(35);var CurrentTime=__webpack_require__(26);var CustomTime=__webpack_require__(27);var ItemSet=__webpack_require__(32);function Timeline(container,items,groups,options){if(!(this instanceof Timeline)){throw new SyntaxError(\"Constructor must be called with the new operator\")}if(!(Array.isArray(groups)||groups instanceof DataSet)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:\"bottom\",width:null,height:null,maxHeight:null,minHeight:null};\nthis.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{snap:null,toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.body.util.snap=this.timeAxis.snap.bind(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.customTime=new CustomTime(this.body);this.components.push(this.customTime);this.itemSet=new ItemSet(this.body);this.components.push(this.itemSet);this.itemsData=null;this.groupsData=null;if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this.redraw()}}Timeline.prototype=new Core;Timeline.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.itemSet&&this.itemSet.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){if(this.options.start==undefined||this.options.end==undefined){var dataRange=this._getDataRange()}var start=this.options.start!=undefined?this.options.start:dataRange.start;var end=this.options.end!=undefined?this.options.end:dataRange.end;this.setWindow(start,end,{animate:false})}else{this.fit({animate:false})}}};Timeline.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.itemSet.setGroups(newDataSet)};Timeline.prototype.setSelection=function(ids,options){this.itemSet&&this.itemSet.setSelection(ids);if(options&&options.focus){this.focus(ids,options)}};Timeline.prototype.getSelection=function(){return this.itemSet&&this.itemSet.getSelection()||[]};Timeline.prototype.focus=function(id,options){if(!this.itemsData||id==undefined)return;var ids=Array.isArray(id)?id:[id];var itemsData=this.itemsData.getDataSet().get(ids,{type:{start:\"Date\",end:\"Date\"}});var start=null;var end=null;itemsData.forEach(function(itemData){var s=itemData.start.valueOf();var e=\"end\"in itemData?itemData.end.valueOf():itemData.start.valueOf();if(start===null||s<start){start=s}if(end===null||e>end){end=e}});if(start!==null&&end!==null){var middle=(start+end)/2;var interval=Math.max(this.range.end-this.range.start,(end-start)*1.1);var animate=options&&options.animate!==undefined?options.animate:true;this.range.setRange(middle-interval/2,middle+interval/2,animate)}};Timeline.prototype.getItemRange=function(){var dataset=this.itemsData.getDataSet(),min=null,max=null;if(dataset){var minItem=dataset.min(\"start\");min=minItem?util.convert(minItem.start,\"Date\").valueOf():null;var maxStartItem=dataset.max(\"start\");if(maxStartItem){max=util.convert(maxStartItem.start,\"Date\").valueOf()}var maxEndItem=dataset.max(\"end\");if(maxEndItem){if(max==null){max=util.convert(maxEndItem.end,\"Date\").valueOf()}else{max=Math.max(max,util.convert(maxEndItem.end,\"Date\").valueOf())}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};module.exports=Timeline},function(module,exports,__webpack_require__){var Emitter=__webpack_require__(56);var Hammer=__webpack_require__(45);var util=__webpack_require__(1);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var Range=__webpack_require__(17);var Core=__webpack_require__(46);var TimeAxis=__webpack_require__(35);var CurrentTime=__webpack_require__(26);var CustomTime=__webpack_require__(27);var LineGraph=__webpack_require__(34);function Graph2d(container,items,groups,options){if(!(Array.isArray(groups)||groups instanceof DataSet)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:\"bottom\",width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{snap:null,toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.body.util.snap=this.timeAxis.snap.bind(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.customTime=new CustomTime(this.body);this.components.push(this.customTime);this.linegraph=new LineGraph(this.body);this.components.push(this.linegraph);this.itemsData=null;this.groupsData=null;if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this.redraw()}}Graph2d.prototype=new Core;Graph2d.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.linegraph&&this.linegraph.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){var start=this.options.start!=undefined?this.options.start:null;var end=this.options.end!=undefined?this.options.end:null;this.setWindow(start,end,{animate:false})}else{this.fit({animate:false})}}};Graph2d.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.linegraph.setGroups(newDataSet)};Graph2d.prototype.getLegend=function(groupId,width,height){if(width===undefined){width=15}if(height===undefined){height=15}if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].getLegend(width,height)}else{return\"cannot find group:\"+groupId}};Graph2d.prototype.isGroupVisible=function(groupId){if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].visible&&(this.linegraph.options.groups.visibility[groupId]===undefined||this.linegraph.options.groups.visibility[groupId]==true)}else{return false}};Graph2d.prototype.getItemRange=function(){var min=null;var max=null;for(var groupId in this.linegraph.groups){if(this.linegraph.groups.hasOwnProperty(groupId)){if(this.linegraph.groups[groupId].visible==true){for(var i=0;i<this.linegraph.groups[groupId].itemsData.length;i++){var item=this.linegraph.groups[groupId].itemsData[i];var value=util.convert(item.x,\"Date\").valueOf();min=min==null?value:min>value?value:min;max=max==null?value:max<value?value:max}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};module.exports=Graph2d},function(module,exports,__webpack_require__){var moment=__webpack_require__(44);exports.convertHiddenOptions=function(body,hiddenDates){body.hiddenDates=[];if(hiddenDates){if(Array.isArray(hiddenDates)==true){for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat===undefined){var dateItem={};dateItem.start=moment(hiddenDates[i].start).toDate().valueOf();dateItem.end=moment(hiddenDates[i].end).toDate().valueOf();body.hiddenDates.push(dateItem)}}body.hiddenDates.sort(function(a,b){return a.start-b.start})}}};exports.updateHiddenDates=function(body,hiddenDates){if(hiddenDates&&body.domProps.centerContainer.width!==undefined){exports.convertHiddenOptions(body,hiddenDates);var start=moment(body.range.start);var end=moment(body.range.end);var totalRange=body.range.end-body.range.start;var pixelTime=totalRange/body.domProps.centerContainer.width;for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat!==undefined){var startDate=moment(hiddenDates[i].start);var endDate=moment(hiddenDates[i].end);if(startDate._d==\"Invalid Date\"){throw new Error(\"Supplied start date is not valid: \"+hiddenDates[i].start)}if(endDate._d==\"Invalid Date\"){throw new Error(\"Supplied end date is not valid: \"+hiddenDates[i].end)}var duration=endDate-startDate;if(duration>=4*pixelTime){var offset=0;var runUntil=end.clone();switch(hiddenDates[i].repeat){case\"daily\":if(startDate.day()!=endDate.day()){offset=1}startDate.dayOfYear(start.dayOfYear());startDate.year(start.year());startDate.subtract(7,\"days\");endDate.dayOfYear(start.dayOfYear());endDate.year(start.year());endDate.subtract(7-offset,\"days\");runUntil.add(1,\"weeks\");break;case\"weekly\":var dayOffset=endDate.diff(startDate,\"days\");var day=startDate.day();startDate.date(start.date());startDate.month(start.month());startDate.year(start.year());endDate=startDate.clone();startDate.day(day);endDate.day(day);endDate.add(dayOffset,\"days\");startDate.subtract(1,\"weeks\");endDate.subtract(1,\"weeks\");runUntil.add(1,\"weeks\");break;case\"monthly\":if(startDate.month()!=endDate.month()){offset=1}startDate.month(start.month());startDate.year(start.year());startDate.subtract(1,\"months\");endDate.month(start.month());endDate.year(start.year());endDate.subtract(1,\"months\");endDate.add(offset,\"months\");runUntil.add(1,\"months\");break;case\"yearly\":if(startDate.year()!=endDate.year()){offset=1}startDate.year(start.year());startDate.subtract(1,\"years\");endDate.year(start.year());endDate.subtract(1,\"years\");endDate.add(offset,\"years\");runUntil.add(1,\"years\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}while(startDate<runUntil){body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()});switch(hiddenDates[i].repeat){case\"daily\":startDate.add(1,\"days\");endDate.add(1,\"days\");break;case\"weekly\":startDate.add(1,\"weeks\");endDate.add(1,\"weeks\");break;case\"monthly\":startDate.add(1,\"months\");endDate.add(1,\"months\");break;case\"yearly\":startDate.add(1,\"y\");endDate.add(1,\"y\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}}body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()})}}}exports.removeDuplicates(body);var startHidden=exports.isHidden(body.range.start,body.hiddenDates);var endHidden=exports.isHidden(body.range.end,body.hiddenDates);var rangeStart=body.range.start;var rangeEnd=body.range.end;if(startHidden.hidden==true){rangeStart=body.range.startToFront==true?startHidden.startDate-1:startHidden.endDate+1}if(endHidden.hidden==true){rangeEnd=body.range.endToFront==true?endHidden.startDate-1:endHidden.endDate+1}if(startHidden.hidden==true||endHidden.hidden==true){body.range._applyRange(rangeStart,rangeEnd)}}};exports.removeDuplicates=function(body){var hiddenDates=body.hiddenDates;var safeDates=[];for(var i=0;i<hiddenDates.length;i++){for(var j=0;j<hiddenDates.length;j++){if(i!=j&&hiddenDates[j].remove!=true&&hiddenDates[i].remove!=true){if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[j].remove=true}else if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].start<=hiddenDates[i].end){hiddenDates[i].end=hiddenDates[j].end;hiddenDates[j].remove=true}else if(hiddenDates[j].end>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[i].start=hiddenDates[j].start;hiddenDates[j].remove=true}}}}for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].remove!==true){safeDates.push(hiddenDates[i])}}body.hiddenDates=safeDates;body.hiddenDates.sort(function(a,b){return a.start-b.start})};exports.printDates=function(dates){for(var i=0;i<dates.length;i++){console.log(i,new Date(dates[i].start),new Date(dates[i].end),dates[i].start,dates[i].end,dates[i].remove)}};exports.stepOverHiddenDates=function(timeStep,previousTime){var stepInHidden=false;var currentValue=timeStep.current.valueOf();for(var i=0;i<timeStep.hiddenDates.length;i++){var startDate=timeStep.hiddenDates[i].start;var endDate=timeStep.hiddenDates[i].end;if(currentValue>=startDate&¤tValue<endDate){stepInHidden=true;break}}if(stepInHidden==true&¤tValue<timeStep._end.valueOf()&¤tValue!=previousTime){var prevValue=moment(previousTime);var newValue=moment(endDate);if(prevValue.year()!=newValue.year()){timeStep.switchedYear=true}else if(prevValue.month()!=newValue.month()){timeStep.switchedMonth=true}else if(prevValue.dayOfYear()!=newValue.dayOfYear()){timeStep.switchedDay=true}timeStep.current=newValue.toDate()}};exports.toScreen=function(Core,time,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return(time.valueOf()-conversion.offset)*conversion.scale}else{var hidden=exports.isHidden(time,Core.body.hiddenDates);if(hidden.hidden==true){time=hidden.startDate}var duration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);time=exports.correctTimeForHidden(Core.body.hiddenDates,Core.range,time);var conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}};exports.toTime=function(Core,x,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return new Date(x/conversion.scale+conversion.offset)}else{var hiddenDuration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);var totalDuration=Core.range.end-Core.range.start-hiddenDuration;var partialDuration=totalDuration*x/width;var accumulatedHiddenDuration=exports.getAccumulatedHiddenDuration(Core.body.hiddenDates,Core.range,partialDuration);var newTime=new Date(accumulatedHiddenDuration+partialDuration+Core.range.start);return newTime}};exports.getHiddenDurationBetween=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<end){duration+=endDate-startDate}}return duration};exports.correctTimeForHidden=function(hiddenDates,range,time){time=moment(time).toDate().valueOf();time-=exports.getHiddenDurationBefore(hiddenDates,range,time);return time};exports.getHiddenDurationBefore=function(hiddenDates,range,time){var timeOffset=0;time=moment(time).toDate().valueOf();for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){if(time>=endDate){timeOffset+=endDate-startDate}}}return timeOffset};exports.getAccumulatedHiddenDuration=function(hiddenDates,range,requiredDuration){var hiddenDuration=0;var duration=0;var previousPoint=range.start;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){duration+=startDate-previousPoint;previousPoint=endDate;if(duration>=requiredDuration){break}else{hiddenDuration+=endDate-startDate}}}return hiddenDuration};exports.snapAwayFromHidden=function(hiddenDates,time,direction,correctionEnabled){var isHidden=exports.isHidden(time,hiddenDates);if(isHidden.hidden==true){if(direction<0){if(correctionEnabled==true){return isHidden.startDate-(isHidden.endDate-time)-1}else{return isHidden.startDate-1}}else{if(correctionEnabled==true){return isHidden.endDate+(time-isHidden.startDate)+1}else{return isHidden.endDate+1}}}else{return time}};exports.isHidden=function(time,hiddenDates){for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(time>=startDate&&time<endDate){return{hidden:true,startDate:startDate,endDate:endDate};break}}return{hidden:false,startDate:startDate,endDate:endDate}}},function(module,exports,__webpack_require__){function DataStep(start,end,minimumStep,containerHeight,customRange,alignZeros){this.current=0;this.autoScale=true;this.stepIndex=0;this.step=1;this.scale=1;this.marginStart;this.marginEnd;this.deadSpace=0;this.majorSteps=[1,2,5,10];this.minorSteps=[.25,.5,1,2];this.alignZeros=alignZeros;this.setRange(start,end,minimumStep,containerHeight,customRange)}DataStep.prototype.setRange=function(start,end,minimumStep,containerHeight,customRange){this._start=customRange.min===undefined?start:customRange.min;this._end=customRange.max===undefined?end:customRange.max;if(this._start==this._end){this._start-=.75;this._end+=1}if(this.autoScale==true){this.setMinimumStep(minimumStep,containerHeight)}this.setFirst(customRange)};DataStep.prototype.setMinimumStep=function(minimumStep,containerHeight){var size=this._end-this._start;var safeSize=size*1.2;var minimumStepValue=minimumStep*(safeSize/containerHeight);var orderOfMagnitude=Math.round(Math.log(safeSize)/Math.LN10);var minorStepIdx=-1;var magnitudefactor=Math.pow(10,orderOfMagnitude);var start=0;if(orderOfMagnitude<0){start=orderOfMagnitude}var solutionFound=false;for(var i=start;Math.abs(i)<=Math.abs(orderOfMagnitude);i++){magnitudefactor=Math.pow(10,i);for(var j=0;j<this.minorSteps.length;j++){var stepSize=magnitudefactor*this.minorSteps[j];if(stepSize>=minimumStepValue){solutionFound=true;minorStepIdx=j;break}}if(solutionFound==true){break}}this.stepIndex=minorStepIdx;this.scale=magnitudefactor;this.step=magnitudefactor*this.minorSteps[minorStepIdx]};DataStep.prototype.setFirst=function(customRange){if(customRange===undefined){customRange={}}var niceStart=customRange.min===undefined?this._start-this.scale*2*this.minorSteps[this.stepIndex]:customRange.min;var niceEnd=customRange.max===undefined?this._end+this.scale*this.minorSteps[this.stepIndex]:customRange.max;this.marginEnd=customRange.max===undefined?this.roundToMinor(niceEnd):customRange.max;this.marginStart=customRange.min===undefined?this.roundToMinor(niceStart):customRange.min;if(this.alignZeros==true&&(this.marginEnd-this.marginStart)%this.step!=0){this.marginEnd+=this.marginEnd%this.step}this.deadSpace=this.roundToMinor(niceEnd)-niceEnd+this.roundToMinor(niceStart)-niceStart;this.marginRange=this.marginEnd-this.marginStart;this.current=this.marginEnd};DataStep.prototype.roundToMinor=function(value){var rounded=value-value%(this.scale*this.minorSteps[this.stepIndex]);if(value%(this.scale*this.minorSteps[this.stepIndex])>.5*(this.scale*this.minorSteps[this.stepIndex])){return rounded+this.scale*this.minorSteps[this.stepIndex]}else{return rounded}};DataStep.prototype.hasNext=function(){return this.current>=this.marginStart};DataStep.prototype.next=function(){var prev=this.current;this.current-=this.step;if(this.current==prev){this.current=this._end}};DataStep.prototype.previous=function(){this.current+=this.step;this.marginEnd+=this.step;this.marginRange=this.marginEnd-this.marginStart};DataStep.prototype.getCurrent=function(decimals){var current=Math.abs(this.current)<this.step/2?0:this.current;var toPrecision=\"\"+Number(current).toPrecision(5);if(decimals!==undefined&&!isNaN(Number(decimals))){var exp=\"\";var index=toPrecision.indexOf(\"e\");if(index!=-1){exp=toPrecision.slice(index);toPrecision=toPrecision.slice(0,index)}index=Math.max(toPrecision.indexOf(\",\"),toPrecision.indexOf(\".\"));if(index===-1){if(decimals!==0){toPrecision+=\".\"}index=toPrecision.length+decimals}else if(decimals!==0){index+=decimals+1}if(index>toPrecision.length){for(var cnt=index-toPrecision.length;cnt>0;cnt--){toPrecision+=\"0\"}}else{toPrecision=toPrecision.slice(0,index)}toPrecision+=exp}else{if(toPrecision.indexOf(\",\")!=-1||toPrecision.indexOf(\".\")!=-1){for(var i=toPrecision.length-1;i>0;i--){if(toPrecision[i]==\"0\"){toPrecision=toPrecision.slice(0,i)}else if(toPrecision[i]==\".\"||toPrecision[i]==\",\"){toPrecision=toPrecision.slice(0,i);break}else{break}}}}return toPrecision};DataStep.prototype.snap=function(date){};DataStep.prototype.isMajor=function(){return this.current%(this.scale*this.majorSteps[this.stepIndex])==0};module.exports=DataStep},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var hammerUtil=__webpack_require__(47);var moment=__webpack_require__(44);var Component=__webpack_require__(25);var DateUtil=__webpack_require__(15);function Range(body,options){var now=moment().hours(0).minutes(0).seconds(0).milliseconds(0);this.start=now.clone().add(-3,\"days\").valueOf();this.end=now.clone().add(4,\"days\").valueOf();this.body=body;this.deltaDifference=0;this.scaleOffset=0;this.startToFront=false;this.endToFront=true;this.defaultOptions={start:null,end:null,direction:\"horizontal\",moveable:true,zoomable:true,min:null,max:null,zoomMin:10,zoomMax:1e3*60*60*24*365*1e4};this.options=util.extend({},this.defaultOptions);this.props={touch:{}};this.animateTimer=null;this.body.emitter.on(\"dragstart\",this._onDragStart.bind(this));this.body.emitter.on(\"drag\",this._onDrag.bind(this));this.body.emitter.on(\"dragend\",this._onDragEnd.bind(this));this.body.emitter.on(\"hold\",this._onHold.bind(this));this.body.emitter.on(\"mousewheel\",this._onMouseWheel.bind(this));this.body.emitter.on(\"DOMMouseScroll\",this._onMouseWheel.bind(this));this.body.emitter.on(\"touch\",this._onTouch.bind(this));this.body.emitter.on(\"pinch\",this._onPinch.bind(this));this.setOptions(options)}Range.prototype=new Component;Range.prototype.setOptions=function(options){if(options){var fields=[\"direction\",\"min\",\"max\",\"zoomMin\",\"zoomMax\",\"moveable\",\"zoomable\",\"activate\",\"hiddenDates\"];util.selectiveExtend(fields,this.options,options);if(\"start\"in options||\"end\"in options){this.setRange(options.start,options.end)}}};function validateDirection(direction){if(direction!=\"horizontal\"&&direction!=\"vertical\"){throw new TypeError('Unknown direction \"'+direction+'\". '+'Choose \"horizontal\" or \"vertical\".')}}Range.prototype.setRange=function(start,end,animate,byUser){if(byUser!==true){byUser=false}var _start=start!=undefined?util.convert(start,\"Date\").valueOf():null;var _end=end!=undefined?util.convert(end,\"Date\").valueOf():null;this._cancelAnimation();if(animate){var me=this;var initStart=this.start;var initEnd=this.end;var duration=typeof animate===\"number\"?animate:500;var initTime=(new Date).valueOf();var anyChanged=false;var next=function(){if(!me.props.touch.dragging){var now=(new Date).valueOf();var time=now-initTime;var done=time>duration;var s=done||_start===null?_start:util.easeInOutQuad(time,initStart,_start,duration);var e=done||_end===null?_end:util.easeInOutQuad(time,initEnd,_end,duration);changed=me._applyRange(s,e);DateUtil.updateHiddenDates(me.body,me.options.hiddenDates);anyChanged=anyChanged||changed;if(changed){me.body.emitter.emit(\"rangechange\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}if(done){if(anyChanged){me.body.emitter.emit(\"rangechanged\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}}else{me.animateTimer=setTimeout(next,20)}}};return next()}else{var changed=this._applyRange(_start,_end);DateUtil.updateHiddenDates(this.body,this.options.hiddenDates);if(changed){var params={start:new Date(this.start),end:new Date(this.end),byUser:byUser};this.body.emitter.emit(\"rangechange\",params);this.body.emitter.emit(\"rangechanged\",params)}}};Range.prototype._cancelAnimation=function(){if(this.animateTimer){clearTimeout(this.animateTimer);this.animateTimer=null}};Range.prototype._applyRange=function(start,end){var newStart=start!=null?util.convert(start,\"Date\").valueOf():this.start,newEnd=end!=null?util.convert(end,\"Date\").valueOf():this.end,max=this.options.max!=null?util.convert(this.options.max,\"Date\").valueOf():null,min=this.options.min!=null?util.convert(this.options.min,\"Date\").valueOf():null,diff;if(isNaN(newStart)||newStart===null){throw new Error('Invalid start \"'+start+'\"')}if(isNaN(newEnd)||newEnd===null){throw new Error('Invalid end \"'+end+'\"')}if(newEnd<newStart){newEnd=newStart}if(min!==null){if(newStart<min){diff=min-newStart;newStart+=diff;newEnd+=diff;if(max!=null){if(newEnd>max){newEnd=max}}}}if(max!==null){if(newEnd>max){diff=newEnd-max;newStart-=diff;newEnd-=diff;if(min!=null){if(newStart<min){newStart=min}}}}if(this.options.zoomMin!==null){var zoomMin=parseFloat(this.options.zoomMin);if(zoomMin<0){zoomMin=0}if(newEnd-newStart<zoomMin){if(this.end-this.start===zoomMin){newStart=this.start;newEnd=this.end}else{diff=zoomMin-(newEnd-newStart);newStart-=diff/2;newEnd+=diff/2}}}if(this.options.zoomMax!==null){var zoomMax=parseFloat(this.options.zoomMax);if(zoomMax<0){zoomMax=0}if(newEnd-newStart>zoomMax){if(this.end-this.start===zoomMax){newStart=this.start;newEnd=this.end}else{diff=newEnd-newStart-zoomMax;newStart+=diff/2;newEnd-=diff/2}}}var changed=this.start!=newStart||this.end!=newEnd;if(!(newStart>=this.start&&newStart<=this.end||newEnd>=this.start&&newEnd<=this.end)&&!(this.start>=newStart&&this.start<=newEnd||this.end>=newStart&&this.end<=newEnd)){this.body.emitter.emit(\"checkRangedItems\")}this.start=newStart;this.end=newEnd;return changed};Range.prototype.getRange=function(){return{start:this.start,end:this.end}};Range.prototype.conversion=function(width,totalHidden){return Range.conversion(this.start,this.end,width,totalHidden)};Range.conversion=function(start,end,width,totalHidden){if(totalHidden===undefined){totalHidden=0}if(width!=0&&end-start!=0){return{offset:start,scale:width/(end-start-totalHidden)}}else{return{offset:0,scale:1}}};Range.prototype._onDragStart=function(event){this.deltaDifference=0;this.previousDelta=0;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.dragging=true;if(this.body.dom.root){this.body.dom.root.style.cursor=\"move\"}};Range.prototype._onDrag=function(event){if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;var direction=this.options.direction;validateDirection(direction);var delta=direction==\"horizontal\"?event.gesture.deltaX:event.gesture.deltaY;delta-=this.deltaDifference;var interval=this.props.touch.end-this.props.touch.start;var duration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);interval-=duration;var width=direction==\"horizontal\"?this.body.domProps.center.width:this.body.domProps.center.height;var diffRange=-delta/width*interval;var newStart=this.props.touch.start+diffRange;var newEnd=this.props.touch.end+diffRange;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,this.previousDelta-delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,this.previousDelta-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){this.deltaDifference+=delta;this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this._onDrag(event);return}this.previousDelta=delta;this._applyRange(newStart,newEnd);this.body.emitter.emit(\"rangechange\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onDragEnd=function(event){if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.dragging=false;if(this.body.dom.root){this.body.dom.root.style.cursor=\"auto\"}this.body.emitter.emit(\"rangechanged\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onMouseWheel=function(event){if(!(this.options.zoomable&&this.options.moveable))return;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var scale;if(delta<0){scale=1-delta/5}else{scale=1/(1+delta/5)}var gesture=hammerUtil.fakeGesture(this,event),pointer=getPointer(gesture.center,this.body.dom.center),pointerDate=this._pointerToDate(pointer);this.zoom(scale,pointerDate,delta)}event.preventDefault()};Range.prototype._onTouch=function(event){this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.allowDragging=true;this.props.touch.center=null;this.scaleOffset=0;this.deltaDifference=0};Range.prototype._onHold=function(){this.props.touch.allowDragging=false};Range.prototype._onPinch=function(event){if(!(this.options.zoomable&&this.options.moveable))return;this.props.touch.allowDragging=false;if(event.gesture.touches.length>1){if(!this.props.touch.center){this.props.touch.center=getPointer(event.gesture.center,this.body.dom.center)}var scale=1/(event.gesture.scale+this.scaleOffset);var centerDate=this._pointerToDate(this.props.touch.center);var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this,centerDate);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=centerDate-hiddenDurationBefore+(this.props.touch.start-(centerDate-hiddenDurationBefore))*scale;var newEnd=centerDate+hiddenDurationAfter+(this.props.touch.end-(centerDate+hiddenDurationAfter))*scale;this.startToFront=1-scale>0?false:true;this.endToFront=scale-1>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,1-scale,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,scale-1,true);if(safeStart!=newStart||safeEnd!=newEnd){this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this.scaleOffset=1-event.gesture.scale;newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true}};Range.prototype._pointerToDate=function(pointer){var conversion;var direction=this.options.direction;validateDirection(direction);if(direction==\"horizontal\"){return this.body.util.toTime(pointer.x).valueOf()}else{var height=this.body.domProps.center.height;conversion=this.conversion(height);return pointer.y/conversion.scale+conversion.offset}};function getPointer(touch,element){return{x:touch.pageX-util.getAbsoluteLeft(element),y:touch.pageY-util.getAbsoluteTop(element)}}Range.prototype.zoom=function(scale,center,delta){if(center==null){center=(this.start+this.end)/2}var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this,center);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=center-hiddenDurationBefore+(this.start-(center-hiddenDurationBefore))*scale;var newEnd=center+hiddenDurationAfter+(this.end-(center+hiddenDurationAfter))*scale;this.startToFront=delta>0?false:true;this.endToFront=-delta>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype.move=function(delta){var diff=this.end-this.start;var newStart=this.start+diff*delta;var newEnd=this.end+diff*delta;this.start=newStart;this.end=newEnd};Range.prototype.moveTo=function(moveTo){var center=(this.start+this.end)/2;var diff=center-moveTo;var newStart=this.start-diff;var newEnd=this.end-diff;this.setRange(newStart,newEnd)};module.exports=Range},function(module,exports,__webpack_require__){var EPSILON=.001;exports.orderByStart=function(items){items.sort(function(a,b){return a.data.start-b.data.start})};exports.orderByEnd=function(items){items.sort(function(a,b){var aTime=\"end\"in a.data?a.data.end:a.data.start,bTime=\"end\"in b.data?b.data.end:b.data.start;return aTime-bTime})};exports.stack=function(items,margin,force){var i,iMax;if(force){for(i=0,iMax=items.length;i<iMax;i++){items[i].top=null}}for(i=0,iMax=items.length;i<iMax;i++){var item=items[i];if(item.stack&&item.top===null){item.top=margin.axis;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&other.stack&&exports.collision(item,other,margin.item)){collidingItem=other;\nbreak}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}}while(collidingItem)}}};exports.nostack=function(items,margin,subgroups){var i,iMax,newTop;for(i=0,iMax=items.length;i<iMax;i++){if(items[i].data.subgroup!==undefined){newTop=margin.axis;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroups[items[i].data.subgroup].index){newTop+=subgroups[subgroup].height+margin.item.vertical}}}items[i].top=newTop}else{items[i].top=margin.axis}}};exports.collision=function(a,b,margin){return a.left-margin.horizontal+EPSILON<b.left+b.width&&a.left+a.width+margin.horizontal-EPSILON>b.left&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}},function(module,exports,__webpack_require__){var moment=__webpack_require__(44);var DateUtil=__webpack_require__(15);var util=__webpack_require__(1);function TimeStep(start,end,minimumStep,hiddenDates){this.current=new Date;this._start=new Date;this._end=new Date;this.autoScale=true;this.scale=\"day\";this.step=1;this.setRange(start,end,minimumStep);this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;this.hiddenDates=hiddenDates;if(hiddenDates===undefined){this.hiddenDates=[]}this.format=TimeStep.FORMAT}TimeStep.FORMAT={minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}};TimeStep.prototype.setFormat=function(format){var defaultFormat=util.deepExtend({},TimeStep.FORMAT);this.format=util.deepExtend(defaultFormat,format)};TimeStep.prototype.setRange=function(start,end,minimumStep){if(!(start instanceof Date)||!(end instanceof Date)){throw\"No legal start or end date in method setRange\"}this._start=start!=undefined?new Date(start.valueOf()):new Date;this._end=end!=undefined?new Date(end.valueOf()):new Date;if(this.autoScale){this.setMinimumStep(minimumStep)}};TimeStep.prototype.first=function(){this.current=new Date(this._start.valueOf());this.roundToMinor()};TimeStep.prototype.roundToMinor=function(){switch(this.scale){case\"year\":this.current.setFullYear(this.step*Math.floor(this.current.getFullYear()/this.step));this.current.setMonth(0);case\"month\":this.current.setDate(1);case\"day\":case\"weekday\":this.current.setHours(0);case\"hour\":this.current.setMinutes(0);case\"minute\":this.current.setSeconds(0);case\"second\":this.current.setMilliseconds(0)}if(this.step!=1){switch(this.scale){case\"millisecond\":this.current.setMilliseconds(this.current.getMilliseconds()-this.current.getMilliseconds()%this.step);break;case\"second\":this.current.setSeconds(this.current.getSeconds()-this.current.getSeconds()%this.step);break;case\"minute\":this.current.setMinutes(this.current.getMinutes()-this.current.getMinutes()%this.step);break;case\"hour\":this.current.setHours(this.current.getHours()-this.current.getHours()%this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()-1-(this.current.getDate()-1)%this.step+1);break;case\"month\":this.current.setMonth(this.current.getMonth()-this.current.getMonth()%this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()-this.current.getFullYear()%this.step);break;default:break}}};TimeStep.prototype.hasNext=function(){return this.current.valueOf()<=this._end.valueOf()};TimeStep.prototype.next=function(){var prev=this.current.valueOf();if(this.current.getMonth()<6){switch(this.scale){case\"millisecond\":this.current=new Date(this.current.valueOf()+this.step);break;case\"second\":this.current=new Date(this.current.valueOf()+this.step*1e3);break;case\"minute\":this.current=new Date(this.current.valueOf()+this.step*1e3*60);break;case\"hour\":this.current=new Date(this.current.valueOf()+this.step*1e3*60*60);var h=this.current.getHours();this.current.setHours(h-h%this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()+this.step);break;case\"month\":this.current.setMonth(this.current.getMonth()+this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()+this.step);break;default:break}}else{switch(this.scale){case\"millisecond\":this.current=new Date(this.current.valueOf()+this.step);break;case\"second\":this.current.setSeconds(this.current.getSeconds()+this.step);break;case\"minute\":this.current.setMinutes(this.current.getMinutes()+this.step);break;case\"hour\":this.current.setHours(this.current.getHours()+this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()+this.step);break;case\"month\":this.current.setMonth(this.current.getMonth()+this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()+this.step);break;default:break}}if(this.step!=1){switch(this.scale){case\"millisecond\":if(this.current.getMilliseconds()<this.step)this.current.setMilliseconds(0);break;case\"second\":if(this.current.getSeconds()<this.step)this.current.setSeconds(0);break;case\"minute\":if(this.current.getMinutes()<this.step)this.current.setMinutes(0);break;case\"hour\":if(this.current.getHours()<this.step)this.current.setHours(0);break;case\"weekday\":case\"day\":if(this.current.getDate()<this.step+1)this.current.setDate(1);break;case\"month\":if(this.current.getMonth()<this.step)this.current.setMonth(0);break;case\"year\":break;default:break}}if(this.current.valueOf()==prev){this.current=new Date(this._end.valueOf())}DateUtil.stepOverHiddenDates(this,prev)};TimeStep.prototype.getCurrent=function(){return this.current};TimeStep.prototype.setScale=function(newScale,newStep){this.scale=newScale;if(newStep>0){this.step=newStep}this.autoScale=false};TimeStep.prototype.setAutoScale=function(enable){this.autoScale=enable};TimeStep.prototype.setMinimumStep=function(minimumStep){if(minimumStep==undefined){return}var stepYear=1e3*60*60*24*30*12;var stepMonth=1e3*60*60*24*30;var stepDay=1e3*60*60*24;var stepHour=1e3*60*60;var stepMinute=1e3*60;var stepSecond=1e3;var stepMillisecond=1;if(stepYear*1e3>minimumStep){this.scale=\"year\";this.step=1e3}if(stepYear*500>minimumStep){this.scale=\"year\";this.step=500}if(stepYear*100>minimumStep){this.scale=\"year\";this.step=100}if(stepYear*50>minimumStep){this.scale=\"year\";this.step=50}if(stepYear*10>minimumStep){this.scale=\"year\";this.step=10}if(stepYear*5>minimumStep){this.scale=\"year\";this.step=5}if(stepYear>minimumStep){this.scale=\"year\";this.step=1}if(stepMonth*3>minimumStep){this.scale=\"month\";this.step=3}if(stepMonth>minimumStep){this.scale=\"month\";this.step=1}if(stepDay*5>minimumStep){this.scale=\"day\";this.step=5}if(stepDay*2>minimumStep){this.scale=\"day\";this.step=2}if(stepDay>minimumStep){this.scale=\"day\";this.step=1}if(stepDay/2>minimumStep){this.scale=\"weekday\";this.step=1}if(stepHour*4>minimumStep){this.scale=\"hour\";this.step=4}if(stepHour>minimumStep){this.scale=\"hour\";this.step=1}if(stepMinute*15>minimumStep){this.scale=\"minute\";this.step=15}if(stepMinute*10>minimumStep){this.scale=\"minute\";this.step=10}if(stepMinute*5>minimumStep){this.scale=\"minute\";this.step=5}if(stepMinute>minimumStep){this.scale=\"minute\";this.step=1}if(stepSecond*15>minimumStep){this.scale=\"second\";this.step=15}if(stepSecond*10>minimumStep){this.scale=\"second\";this.step=10}if(stepSecond*5>minimumStep){this.scale=\"second\";this.step=5}if(stepSecond>minimumStep){this.scale=\"second\";this.step=1}if(stepMillisecond*200>minimumStep){this.scale=\"millisecond\";this.step=200}if(stepMillisecond*100>minimumStep){this.scale=\"millisecond\";this.step=100}if(stepMillisecond*50>minimumStep){this.scale=\"millisecond\";this.step=50}if(stepMillisecond*10>minimumStep){this.scale=\"millisecond\";this.step=10}if(stepMillisecond*5>minimumStep){this.scale=\"millisecond\";this.step=5}if(stepMillisecond>minimumStep){this.scale=\"millisecond\";this.step=1}};TimeStep.prototype.snap=function(date){var clone=new Date(date.valueOf());if(this.scale==\"year\"){var year=clone.getFullYear()+Math.round(clone.getMonth()/12);clone.setFullYear(Math.round(year/this.step)*this.step);clone.setMonth(0);clone.setDate(0);clone.setHours(0);clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(this.scale==\"month\"){if(clone.getDate()>15){clone.setDate(1);clone.setMonth(clone.getMonth()+1)}else{clone.setDate(1)}clone.setHours(0);clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(this.scale==\"day\"){switch(this.step){case 5:case 2:clone.setHours(Math.round(clone.getHours()/24)*24);break;default:clone.setHours(Math.round(clone.getHours()/12)*12);break}clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(this.scale==\"weekday\"){switch(this.step){case 5:case 2:clone.setHours(Math.round(clone.getHours()/12)*12);break;default:clone.setHours(Math.round(clone.getHours()/6)*6);break}clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(this.scale==\"hour\"){switch(this.step){case 4:clone.setMinutes(Math.round(clone.getMinutes()/60)*60);break;default:clone.setMinutes(Math.round(clone.getMinutes()/30)*30);break}clone.setSeconds(0);clone.setMilliseconds(0)}else if(this.scale==\"minute\"){switch(this.step){case 15:case 10:clone.setMinutes(Math.round(clone.getMinutes()/5)*5);clone.setSeconds(0);break;case 5:clone.setSeconds(Math.round(clone.getSeconds()/60)*60);break;default:clone.setSeconds(Math.round(clone.getSeconds()/30)*30);break}clone.setMilliseconds(0)}else if(this.scale==\"second\"){switch(this.step){case 15:case 10:clone.setSeconds(Math.round(clone.getSeconds()/5)*5);clone.setMilliseconds(0);break;case 5:clone.setMilliseconds(Math.round(clone.getMilliseconds()/1e3)*1e3);break;default:clone.setMilliseconds(Math.round(clone.getMilliseconds()/500)*500);break}}else if(this.scale==\"millisecond\"){var step=this.step>5?this.step/2:1;clone.setMilliseconds(Math.round(clone.getMilliseconds()/step)*step)}return clone};TimeStep.prototype.isMajor=function(){if(this.switchedYear==true){this.switchedYear=false;switch(this.scale){case\"year\":case\"month\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedMonth==true){this.switchedMonth=false;switch(this.scale){case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedDay==true){this.switchedDay=false;switch(this.scale){case\"millisecond\":case\"second\":case\"minute\":case\"hour\":return true;default:return false}}switch(this.scale){case\"millisecond\":return this.current.getMilliseconds()==0;case\"second\":return this.current.getSeconds()==0;case\"minute\":return this.current.getHours()==0&&this.current.getMinutes()==0;case\"hour\":return this.current.getHours()==0;case\"weekday\":case\"day\":return this.current.getDate()==1;case\"month\":return this.current.getMonth()==0;case\"year\":return false;default:return false}};TimeStep.prototype.getLabelMinor=function(date){if(date==undefined){date=this.current}var format=this.format.minorLabels[this.scale];return format&&format.length>0?moment(date).format(format):\"\"};TimeStep.prototype.getLabelMajor=function(date){if(date==undefined){date=this.current}var format=this.format.majorLabels[this.scale];return format&&format.length>0?moment(date).format(format):\"\"};TimeStep.prototype.getClassName=function(){var m=moment(this.current);var date=m.locale?m.locale(\"en\"):m.lang(\"en\");var step=this.step;function even(value){return value/step%2==0?\" even\":\" odd\"}function today(date){if(date.isSame(new Date,\"day\")){return\" today\"}if(date.isSame(moment().add(1,\"day\"),\"day\")){return\" tomorrow\"}if(date.isSame(moment().add(-1,\"day\"),\"day\")){return\" yesterday\"}return\"\"}function currentWeek(date){return date.isSame(new Date,\"week\")?\" current-week\":\"\"}function currentMonth(date){return date.isSame(new Date,\"month\")?\" current-month\":\"\"}function currentYear(date){return date.isSame(new Date,\"year\")?\" current-year\":\"\"}switch(this.scale){case\"millisecond\":return even(date.milliseconds()).trim();case\"second\":return even(date.seconds()).trim();case\"minute\":return even(date.minutes()).trim();case\"hour\":var hours=date.hours();if(this.step==4){hours=hours+\"-\"+(hours+4)}return hours+\"h\"+today(date)+even(date.hours());case\"weekday\":return date.format(\"dddd\").toLowerCase()+today(date)+currentWeek(date)+even(date.date());case\"day\":var day=date.date();var month=date.format(\"MMMM\").toLowerCase();return\"day\"+day+\" \"+month+currentMonth(date)+even(day-1);case\"month\":return date.format(\"MMMM\").toLowerCase()+currentMonth(date)+even(date.month());case\"year\":var year=date.year();return\"year\"+year+currentYear(date)+even(year);default:return\"\"}};module.exports=TimeStep},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);var util=__webpack_require__(1);function Item(data,conversion,options){this.id=null;this.parent=null;this.data=data;this.dom=null;this.conversion=conversion||{};this.options=options||{};this.selected=false;this.displayed=false;this.dirty=true;this.top=null;this.left=null;this.width=null;this.height=null}Item.prototype.stack=true;Item.prototype.select=function(){this.selected=true;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.unselect=function(){this.selected=false;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setData=function(data){this.data=data;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setParent=function(parent){if(this.displayed){this.hide();this.parent=parent;if(this.parent){this.show()}}else{this.parent=parent}};Item.prototype.isVisible=function(range){return false};Item.prototype.show=function(){return false};Item.prototype.hide=function(){return false};Item.prototype.redraw=function(){};Item.prototype.repositionX=function(){};Item.prototype.repositionY=function(){};Item.prototype._repaintDeleteButton=function(anchor){if(this.selected&&this.options.editable.remove&&!this.dom.deleteButton){var me=this;var deleteButton=document.createElement(\"div\");deleteButton.className=\"delete\";deleteButton.title=\"Delete this item\";Hammer(deleteButton,{preventDefault:true}).on(\"tap\",function(event){me.parent.removeFromDataSet(me);event.stopPropagation()});anchor.appendChild(deleteButton);this.dom.deleteButton=deleteButton}else if(!this.selected&&this.dom.deleteButton){if(this.dom.deleteButton.parentNode){this.dom.deleteButton.parentNode.removeChild(this.dom.deleteButton)}this.dom.deleteButton=null}};Item.prototype._updateContents=function(element){var content;if(this.options.template){var itemData=this.parent.itemSet.itemsData.get(this.id);content=this.options.template(itemData)}else{content=this.data.content}if(content!==this.content){if(content instanceof Element){element.innerHTML=\"\";element.appendChild(content)}else if(content!=undefined){element.innerHTML=content}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.content=content}};Item.prototype._updateTitle=function(element){if(this.data.title!=null){element.title=this.data.title||\"\"}else{element.removeAttribute(\"title\")}};Item.prototype._updateDataAttributes=function(element){if(this.options.dataAttributes&&this.options.dataAttributes.length>0){var attributes=[];if(Array.isArray(this.options.dataAttributes)){attributes=this.options.dataAttributes}else if(this.options.dataAttributes==\"all\"){attributes=Object.keys(this.data)}else{return}for(var i=0;i<attributes.length;i++){var name=attributes[i];var value=this.data[name];if(value!=null){element.setAttribute(\"data-\"+name,value)}else{element.removeAttribute(\"data-\"+name)}}}};Item.prototype._updateStyle=function(element){if(this.style){util.removeCssText(element,this.style);this.style=null}if(this.data.style){util.addCssText(element,this.data.style);this.style=this.data.style}};module.exports=Item},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);var Item=__webpack_require__(20);var BackgroundGroup=__webpack_require__(31);var RangeItem=__webpack_require__(24);function BackgroundItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options);this.emptyContent=false}BackgroundItem.prototype=new Item(null,null,null);BackgroundItem.prototype.baseClassName=\"item background\";BackgroundItem.prototype.stack=false;BackgroundItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};BackgroundItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"content\";dom.box.appendChild(dom.content);this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var background=this.parent.dom.background;if(!background){throw new Error(\"Cannot redraw item: parent has no background container element\")}background.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.content);this._updateDataAttributes(this.dom.content);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" selected\":\"\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.content).overflow!==\"hidden\";this.props.content.width=this.dom.content.offsetWidth;this.height=0;this.dirty=false}};BackgroundItem.prototype.show=RangeItem.prototype.show;BackgroundItem.prototype.hide=RangeItem.prototype.hide;BackgroundItem.prototype.repositionX=RangeItem.prototype.repositionX;BackgroundItem.prototype.repositionY=function(margin){var onTop=this.options.orientation===\"top\";this.dom.content.style.top=onTop?\"\":\"0\";this.dom.content.style.bottom=onTop?\"0\":\"\";var height;if(this.data.subgroup!==undefined){var itemSubgroup=this.data.subgroup;var subgroups=this.parent.subgroups;var subgroupIndex=subgroups[itemSubgroup].index;if(onTop==true){height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;height+=subgroupIndex==0?margin.axis-.5*margin.item.vertical:0;var newTop=this.parent.top;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroupIndex){newTop+=subgroups[subgroup].height+margin.item.vertical}}}newTop+=subgroupIndex!=0?margin.axis-.5*margin.item.vertical:0;this.dom.box.style.top=newTop+\"px\";this.dom.box.style.bottom=\"\"}else{var newTop=this.parent.top;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index>subgroupIndex){newTop+=subgroups[subgroup].height+margin.item.vertical}}}height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;this.dom.box.style.top=newTop+\"px\";this.dom.box.style.bottom=\"\"}}else{if(this.parent instanceof BackgroundGroup){height=Math.max(this.parent.height,this.parent.itemSet.body.domProps.center.height,this.parent.itemSet.body.domProps.centerContainer.height);this.dom.box.style.top=onTop?\"0\":\"\";this.dom.box.style.bottom=onTop?\"\":\"0\"}else{height=this.parent.height;this.dom.box.style.top=this.parent.top+\"px\";this.dom.box.style.bottom=\"\"}}this.dom.box.style.height=height+\"px\"};module.exports=BackgroundItem},function(module,exports,__webpack_require__){var Item=__webpack_require__(20);var util=__webpack_require__(1);function BoxItem(data,conversion,options){this.props={dot:{width:0,height:0},line:{width:0,height:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}BoxItem.prototype=new Item(null,null,null);BoxItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};BoxItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"DIV\");dom.content=document.createElement(\"DIV\");dom.content.className=\"content\";dom.box.appendChild(dom.content);dom.line=document.createElement(\"DIV\");dom.line.className=\"line\";dom.dot=document.createElement(\"DIV\");dom.dot.className=\"dot\";dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground)throw new Error(\"Cannot redraw item: parent has no foreground container element\");foreground.appendChild(dom.box)}if(!dom.line.parentNode){var background=this.parent.dom.background;if(!background)throw new Error(\"Cannot redraw item: parent has no background container element\");background.appendChild(dom.line)}if(!dom.dot.parentNode){var axis=this.parent.dom.axis;if(!background)throw new Error(\"Cannot redraw item: parent has no axis container element\");axis.appendChild(dom.dot)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" selected\":\"\");dom.box.className=\"item box\"+className;dom.line.className=\"item line\"+className;dom.dot.className=\"item dot\"+className;this.props.dot.height=dom.dot.offsetHeight;this.props.dot.width=dom.dot.offsetWidth;this.props.line.width=dom.line.offsetWidth;this.width=dom.box.offsetWidth;this.height=dom.box.offsetHeight;this.dirty=false}this._repaintDeleteButton(dom.box)};BoxItem.prototype.show=function(){if(!this.displayed){this.redraw()}};BoxItem.prototype.hide=function(){if(this.displayed){var dom=this.dom;if(dom.box.parentNode)dom.box.parentNode.removeChild(dom.box);if(dom.line.parentNode)dom.line.parentNode.removeChild(dom.line);if(dom.dot.parentNode)dom.dot.parentNode.removeChild(dom.dot);this.top=null;this.left=null;this.displayed=false}};BoxItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);var align=this.options.align;var left;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(align==\"right\"){this.left=start-this.width}else if(align==\"left\"){this.left=start}else{this.left=start-this.width/2}box.style.left=this.left+\"px\";line.style.left=start-this.props.line.width/2+\"px\";dot.style.left=start-this.props.dot.width/2+\"px\"};BoxItem.prototype.repositionY=function(){var orientation=this.options.orientation;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(orientation==\"top\"){box.style.top=(this.top||0)+\"px\";line.style.top=\"0\";line.style.height=this.parent.top+this.top+1+\"px\";line.style.bottom=\"\"}else{var itemSetHeight=this.parent.itemSet.props.height;var lineHeight=itemSetHeight-this.parent.top-this.parent.height+this.top;box.style.top=(this.parent.height-this.top-this.height||0)+\"px\";line.style.top=itemSetHeight-lineHeight+\"px\";line.style.bottom=\"0\"}dot.style.top=-this.props.dot.height/2+\"px\"};module.exports=BoxItem},function(module,exports,__webpack_require__){var Item=__webpack_require__(20);function PointItem(data,conversion,options){this.props={dot:{top:0,width:0,height:0},content:{height:0,marginLeft:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}PointItem.prototype=new Item(null,null,null);PointItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};PointItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.point=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"content\";dom.point.appendChild(dom.content);dom.dot=document.createElement(\"div\");dom.point.appendChild(dom.dot);dom.point[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.point.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.point)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.point);this._updateDataAttributes(this.dom.point);this._updateStyle(this.dom.point);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" selected\":\"\");dom.point.className=\"item point\"+className;dom.dot.className=\"item dot\"+className;this.width=dom.point.offsetWidth;this.height=dom.point.offsetHeight;this.props.dot.width=dom.dot.offsetWidth;this.props.dot.height=dom.dot.offsetHeight;this.props.content.height=dom.content.offsetHeight;dom.content.style.marginLeft=2*this.props.dot.width+\"px\";dom.dot.style.top=(this.height-this.props.dot.height)/2+\"px\";dom.dot.style.left=this.props.dot.width/2+\"px\";this.dirty=false}this._repaintDeleteButton(dom.point)};PointItem.prototype.show=function(){if(!this.displayed){this.redraw()}};PointItem.prototype.hide=function(){if(this.displayed){if(this.dom.point.parentNode){this.dom.point.parentNode.removeChild(this.dom.point)}this.top=null;this.left=null;this.displayed=false}};PointItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);this.left=start-this.props.dot.width;this.dom.point.style.left=this.left+\"px\"};PointItem.prototype.repositionY=function(){var orientation=this.options.orientation,point=this.dom.point;if(orientation==\"top\"){point.style.top=this.top+\"px\"}else{point.style.top=this.parent.height-this.top-this.height+\"px\"}};module.exports=PointItem},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);var Item=__webpack_require__(20);function RangeItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}RangeItem.prototype=new Item(null,null,null);RangeItem.prototype.baseClassName=\"item range\";RangeItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};RangeItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"content\";dom.box.appendChild(dom.content);dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" selected\":\"\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.content).overflow!==\"hidden\";this.dom.content.style.maxWidth=\"none\";this.props.content.width=this.dom.content.offsetWidth;this.height=this.dom.box.offsetHeight;this.dom.content.style.maxWidth=\"\";this.dirty=false}this._repaintDeleteButton(dom.box);this._repaintDragLeft();this._repaintDragRight()};RangeItem.prototype.show=function(){if(!this.displayed){this.redraw()}};RangeItem.prototype.hide=function(){if(this.displayed){var box=this.dom.box;if(box.parentNode){box.parentNode.removeChild(box)}this.top=null;this.left=null;this.displayed=false}};RangeItem.prototype.repositionX=function(){var parentWidth=this.parent.width;var start=this.conversion.toScreen(this.data.start);var end=this.conversion.toScreen(this.data.end);var contentLeft;var contentWidth;if(start<-parentWidth){start=-parentWidth}if(end>2*parentWidth){end=2*parentWidth}var boxWidth=Math.max(end-start,1);if(this.overflow){this.left=start;this.width=boxWidth+this.props.content.width;contentWidth=this.props.content.width}else{this.left=start;this.width=boxWidth;contentWidth=Math.min(end-start-2*this.options.padding,this.props.content.width)}this.dom.box.style.left=this.left+\"px\";this.dom.box.style.width=boxWidth+\"px\";switch(this.options.align){case\"left\":this.dom.content.style.left=\"0\";break;case\"right\":this.dom.content.style.left=Math.max(boxWidth-contentWidth-2*this.options.padding,0)+\"px\";break;case\"center\":this.dom.content.style.left=Math.max((boxWidth-contentWidth-2*this.options.padding)/2,0)+\"px\";break;default:if(this.overflow){if(end>0){contentLeft=Math.max(-start,0)}else{contentLeft=-contentWidth}}else{if(start<0){contentLeft=Math.min(-start,end-start-contentWidth-2*this.options.padding)}else{contentLeft=0}}this.dom.content.style.left=contentLeft+\"px\"}};RangeItem.prototype.repositionY=function(){var orientation=this.options.orientation,box=this.dom.box;if(orientation==\"top\"){box.style.top=this.top+\"px\"}else{box.style.top=this.parent.height-this.top-this.height+\"px\"}};RangeItem.prototype._repaintDragLeft=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragLeft){var dragLeft=document.createElement(\"div\");dragLeft.className=\"drag-left\";dragLeft.dragLeftItem=this;Hammer(dragLeft,{preventDefault:true}).on(\"drag\",function(){});this.dom.box.appendChild(dragLeft);this.dom.dragLeft=dragLeft}else if(!this.selected&&this.dom.dragLeft){if(this.dom.dragLeft.parentNode){this.dom.dragLeft.parentNode.removeChild(this.dom.dragLeft)}this.dom.dragLeft=null}};RangeItem.prototype._repaintDragRight=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragRight){var dragRight=document.createElement(\"div\");dragRight.className=\"drag-right\";dragRight.dragRightItem=this;Hammer(dragRight,{preventDefault:true}).on(\"drag\",function(){});this.dom.box.appendChild(dragRight);this.dom.dragRight=dragRight}else if(!this.selected&&this.dom.dragRight){if(this.dom.dragRight.parentNode){this.dom.dragRight.parentNode.removeChild(this.dom.dragRight)}this.dom.dragRight=null}};module.exports=RangeItem},function(module,exports,__webpack_require__){function Component(body,options){this.options=null;this.props=null}Component.prototype.setOptions=function(options){if(options){util.extend(this.options,options)}};Component.prototype.redraw=function(){return false};Component.prototype.destroy=function(){};Component.prototype._isResized=function(){var resized=this.props._previousWidth!==this.props.width||this.props._previousHeight!==this.props.height;this.props._previousWidth=this.props.width;this.props._previousHeight=this.props.height;return resized};module.exports=Component},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Component=__webpack_require__(25);var moment=__webpack_require__(44);var locales=__webpack_require__(48);function CurrentTime(body,options){this.body=body;this.defaultOptions={showCurrentTime:true,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.offset=0;this._create();this.setOptions(options)}CurrentTime.prototype=new Component;CurrentTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"currenttime\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar};CurrentTime.prototype.destroy=function(){this.options.showCurrentTime=false;this.redraw();this.body=null};CurrentTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showCurrentTime\",\"locale\",\"locales\"],this.options,options)}};CurrentTime.prototype.redraw=function(){if(this.options.showCurrentTime){var parent=this.body.dom.backgroundVertical;\nif(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar);this.start()}var now=new Date((new Date).valueOf()+this.offset);var x=this.body.util.toScreen(now);var locale=this.options.locales[this.options.locale];var title=locale.current+\" \"+locale.time+\": \"+moment(now).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);this.bar.style.left=x+\"px\";this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}this.stop()}return false};CurrentTime.prototype.start=function(){var me=this;function update(){me.stop();var scale=me.body.range.conversion(me.body.domProps.center.width).scale;var interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.redraw();me.currentTimeTimer=setTimeout(update,interval)}update()};CurrentTime.prototype.stop=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);delete this.currentTimeTimer}};CurrentTime.prototype.setCurrentTime=function(time){var t=util.convert(time,\"Date\").valueOf();var now=(new Date).valueOf();this.offset=t-now;this.redraw()};CurrentTime.prototype.getCurrentTime=function(){return new Date((new Date).valueOf()+this.offset)};module.exports=CurrentTime},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);var util=__webpack_require__(1);var Component=__webpack_require__(25);var moment=__webpack_require__(44);var locales=__webpack_require__(48);function CustomTime(body,options){this.body=body;this.defaultOptions={showCustomTime:false,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.customTime=new Date;this.eventParams={};this._create();this.setOptions(options)}CustomTime.prototype=new Component;CustomTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showCustomTime\",\"locale\",\"locales\"],this.options,options)}};CustomTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"customtime\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar;var drag=document.createElement(\"div\");drag.style.position=\"relative\";drag.style.top=\"0px\";drag.style.left=\"-10px\";drag.style.height=\"100%\";drag.style.width=\"20px\";bar.appendChild(drag);this.hammer=Hammer(bar,{prevent_default:true});this.hammer.on(\"dragstart\",this._onDragStart.bind(this));this.hammer.on(\"drag\",this._onDrag.bind(this));this.hammer.on(\"dragend\",this._onDragEnd.bind(this))};CustomTime.prototype.destroy=function(){this.options.showCustomTime=false;this.redraw();this.hammer.enable(false);this.hammer=null;this.body=null};CustomTime.prototype.redraw=function(){if(this.options.showCustomTime){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar)}var x=this.body.util.toScreen(this.customTime);var locale=this.options.locales[this.options.locale];var title=locale.time+\": \"+moment(this.customTime).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);this.bar.style.left=x+\"px\";this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}}return false};CustomTime.prototype.setCustomTime=function(time){this.customTime=util.convert(time,\"Date\");this.redraw()};CustomTime.prototype.getCustomTime=function(){return new Date(this.customTime.valueOf())};CustomTime.prototype._onDragStart=function(event){this.eventParams.dragging=true;this.eventParams.customTime=this.customTime;event.stopPropagation();event.preventDefault()};CustomTime.prototype._onDrag=function(event){if(!this.eventParams.dragging)return;var deltaX=event.gesture.deltaX,x=this.body.util.toScreen(this.eventParams.customTime)+deltaX,time=this.body.util.toTime(x);this.setCustomTime(time);this.body.emitter.emit(\"timechange\",{time:new Date(this.customTime.valueOf())});event.stopPropagation();event.preventDefault()};CustomTime.prototype._onDragEnd=function(event){if(!this.eventParams.dragging)return;this.body.emitter.emit(\"timechanged\",{time:new Date(this.customTime.valueOf())});event.stopPropagation();event.preventDefault()};module.exports=CustomTime},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var DOMutil=__webpack_require__(2);var Component=__webpack_require__(25);var DataStep=__webpack_require__(16);function DataAxis(body,options,svg,linegraphOptions){this.id=util.randomUUID();this.body=body;this.defaultOptions={orientation:\"left\",showMinorLabels:true,showMajorLabels:true,icons:true,majorLinesOffset:7,minorLinesOffset:4,labelOffsetX:10,labelOffsetY:2,iconWidth:20,width:\"40px\",visible:true,alignZeros:true,customRange:{left:{min:undefined,max:undefined},right:{min:undefined,max:undefined}},title:{left:{text:undefined},right:{text:undefined}},format:{left:{decimals:undefined},right:{decimals:undefined}}};this.linegraphOptions=linegraphOptions;this.linegraphSVG=svg;this.props={};this.DOMelements={lines:{},labels:{},title:{}};this.dom={};this.range={start:0,end:0};this.options=util.extend({},this.defaultOptions);this.conversionFactor=1;this.setOptions(options);this.width=Number((\"\"+this.options.width).replace(\"px\",\"\"));this.minWidth=this.width;this.height=this.linegraphSVG.offsetHeight;this.hidden=false;this.stepPixels=25;this.stepPixelsForced=25;this.zeroCrossing=-1;this.lineOffset=0;this.master=true;this.svgElements={};this.iconsRemoved=false;this.groups={};this.amountOfGroups=0;this._create();var me=this;this.body.emitter.on(\"verticalDrag\",function(){me.dom.lineContainer.style.top=me.body.domProps.scrollTop+\"px\"})}DataAxis.prototype=new Component;DataAxis.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};DataAxis.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};DataAxis.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};DataAxis.prototype.setOptions=function(options){if(options){var redraw=false;if(this.options.orientation!=options.orientation&&options.orientation!==undefined){redraw=true}var fields=[\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"icons\",\"majorLinesOffset\",\"minorLinesOffset\",\"labelOffsetX\",\"labelOffsetY\",\"iconWidth\",\"width\",\"visible\",\"customRange\",\"title\",\"format\",\"alignZeros\"];util.selectiveExtend(fields,this.options,options);this.minWidth=Number((\"\"+this.options.width).replace(\"px\",\"\"));if(redraw==true&&this.dom.frame){this.hide();this.show()}}};DataAxis.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.style.width=this.options.width;this.dom.frame.style.height=this.height;this.dom.lineContainer=document.createElement(\"div\");this.dom.lineContainer.style.width=\"100%\";this.dom.lineContainer.style.height=this.height;this.dom.lineContainer.style.position=\"relative\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=\"0px\";this.svg.style.height=\"100%\";this.svg.style.width=\"100%\";this.svg.style.display=\"block\";this.dom.frame.appendChild(this.svg)};DataAxis.prototype._redrawGroupIcons=function(){DOMutil.prepareElements(this.svgElements);var x;var iconWidth=this.options.iconWidth;var iconHeight=15;var iconOffset=4;var y=iconOffset+.5*iconHeight;if(this.options.orientation==\"left\"){x=iconOffset}else{x=this.width-iconWidth-iconOffset}for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+iconOffset}}}DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=false};DataAxis.prototype._cleanupIcons=function(){if(this.iconsRemoved==false){DOMutil.prepareElements(this.svgElements);DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=true}};DataAxis.prototype.show=function(){this.hidden=false;if(!this.dom.frame.parentNode){if(this.options.orientation==\"left\"){this.body.dom.left.appendChild(this.dom.frame)}else{this.body.dom.right.appendChild(this.dom.frame)}}if(!this.dom.lineContainer.parentNode){this.body.dom.backgroundHorizontal.appendChild(this.dom.lineContainer)}};DataAxis.prototype.hide=function(){this.hidden=true;if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.lineContainer.parentNode){this.dom.lineContainer.parentNode.removeChild(this.dom.lineContainer)}};DataAxis.prototype.setRange=function(start,end){if(this.master==false&&this.options.alignZeros==true&&this.zeroCrossing!=-1){if(start>0){start=0}}this.range.start=start;this.range.end=end};DataAxis.prototype.redraw=function(){var resized=false;var activeGroups=0;this.dom.lineContainer.style.top=this.body.domProps.scrollTop+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}}if(this.amountOfGroups==0||activeGroups==0){this.hide()}else{this.show();this.height=Number(this.linegraphSVG.style.height.replace(\"px\",\"\"));this.dom.lineContainer.style.height=this.height+\"px\";this.width=this.options.visible==true?Number((\"\"+this.options.width).replace(\"px\",\"\")):0;var props=this.props;var frame=this.dom.frame;frame.className=\"dataaxis\";this._calculateCharSize();var orientation=this.options.orientation;var showMinorLabels=this.options.showMinorLabels;var showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.minorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.minorLinesOffset;props.minorLineHeight=1;props.majorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.majorLinesOffset;props.majorLineHeight=1;if(orientation==\"left\"){frame.style.top=\"0\";frame.style.left=\"0\";frame.style.bottom=\"\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.left.width;this.props.height=this.body.domProps.left.height}else{frame.style.top=\"\";frame.style.bottom=\"0\";frame.style.left=\"0\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.right.width;this.props.height=this.body.domProps.right.height}resized=this._redrawLabels();resized=this._isResized()||resized;if(this.options.icons==true){this._redrawGroupIcons()}else{this._cleanupIcons()}this._redrawTitle(orientation)}return resized};DataAxis.prototype._redrawLabels=function(){var resized=false;DOMutil.prepareElements(this.DOMelements.lines);DOMutil.prepareElements(this.DOMelements.labels);var orientation=this.options[\"orientation\"];var minimumStep=this.master?this.props.majorCharHeight||10:this.stepPixelsForced;var step=new DataStep(this.range.start,this.range.end,minimumStep,this.dom.frame.offsetHeight,this.options.customRange[this.options.orientation],this.master==false&&this.options.alignZeros);this.step=step;var stepPixels=(this.dom.frame.offsetHeight-step.deadSpace*(this.dom.frame.offsetHeight/step.marginRange))/((step.marginRange-step.deadSpace)/step.step);this.stepPixels=stepPixels;var amountOfSteps=this.height/stepPixels;var stepDifference=0;if(this.master==false){stepPixels=this.stepPixelsForced;stepDifference=Math.round(this.dom.frame.offsetHeight/stepPixels-amountOfSteps);for(var i=0;i<.5*stepDifference;i++){step.previous()}amountOfSteps=this.height/stepPixels;if(this.zeroCrossing!=-1&&this.options.alignZeros==true){var zeroStepDifference=step.marginEnd/step.step-this.zeroCrossing;if(zeroStepDifference>0){for(var i=0;i<zeroStepDifference;i++){step.next()}}else if(zeroStepDifference<0){for(var i=0;i<-zeroStepDifference;i++){step.previous()}}}}else{amountOfSteps+=.25}this.valueAtZero=step.marginEnd;var marginStartPos=0;var max=1;var decimals;if(this.options.format[orientation]!==undefined){decimals=this.options.format[orientation].decimals}this.maxLabelSize=0;var y=0;while(max<Math.round(amountOfSteps)){step.next();y=Math.round(max*stepPixels);marginStartPos=max*stepPixels;var isMajor=step.isMajor();if(this.options[\"showMinorLabels\"]&&isMajor==false||this.master==false&&this.options[\"showMinorLabels\"]==true){this._redrawLabel(y-2,step.getCurrent(decimals),orientation,\"yAxis minor\",this.props.minorCharHeight)}if(isMajor&&this.options[\"showMajorLabels\"]&&this.master==true||this.options[\"showMinorLabels\"]==false&&this.master==false&&isMajor==true){if(y>=0){this._redrawLabel(y-2,step.getCurrent(decimals),orientation,\"yAxis major\",this.props.majorCharHeight)}this._redrawLine(y,orientation,\"grid horizontal major\",this.options.majorLinesOffset,this.props.majorLineWidth)}else{this._redrawLine(y,orientation,\"grid horizontal minor\",this.options.minorLinesOffset,this.props.minorLineWidth)}if(this.master==true&&step.current==0){this.zeroCrossing=max}max++}if(this.master==false){this.conversionFactor=y/(this.valueAtZero-step.current)}else{this.conversionFactor=this.dom.frame.offsetHeight/step.marginRange}var titleWidth=0;if(this.options.title[orientation]!==undefined&&this.options.title[orientation].text!==undefined){titleWidth=this.props.titleCharHeight}var offset=this.options.icons==true?Math.max(this.options.iconWidth,titleWidth)+this.options.labelOffsetX+15:titleWidth+this.options.labelOffsetX+15;if(this.maxLabelSize>this.width-offset&&this.options.visible==true){this.width=this.maxLabelSize+offset;this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else if(this.maxLabelSize<this.width-offset&&this.options.visible==true&&this.width>this.minWidth){this.width=Math.max(this.minWidth,this.maxLabelSize+offset);this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else{DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);resized=false}return resized};DataAxis.prototype.convertValue=function(value){var invertedValue=this.valueAtZero-value;var convertedValue=invertedValue*this.conversionFactor;return convertedValue};DataAxis.prototype._redrawLabel=function(y,text,orientation,className,characterHeight){var label=DOMutil.getDOMElement(\"div\",this.DOMelements.labels,this.dom.frame);label.className=className;label.innerHTML=text;if(orientation==\"left\"){label.style.left=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"right\"}else{label.style.right=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"left\"}label.style.top=y-.5*characterHeight+this.options.labelOffsetY+\"px\";text+=\"\";var largestWidth=Math.max(this.props.majorCharWidth,this.props.minorCharWidth);if(this.maxLabelSize<text.length*largestWidth){this.maxLabelSize=text.length*largestWidth}};DataAxis.prototype._redrawLine=function(y,orientation,className,offset,width){if(this.master==true){var line=DOMutil.getDOMElement(\"div\",this.DOMelements.lines,this.dom.lineContainer);line.className=className;line.innerHTML=\"\";if(orientation==\"left\"){line.style.left=this.width-offset+\"px\"}else{line.style.right=this.width-offset+\"px\"}line.style.width=width+\"px\";line.style.top=y+\"px\"}};DataAxis.prototype._redrawTitle=function(orientation){DOMutil.prepareElements(this.DOMelements.title);if(this.options.title[orientation]!==undefined&&this.options.title[orientation].text!==undefined){var title=DOMutil.getDOMElement(\"div\",this.DOMelements.title,this.dom.frame);title.className=\"yAxis title \"+orientation;title.innerHTML=this.options.title[orientation].text;if(this.options.title[orientation].style!==undefined){util.addCssText(title,this.options.title[orientation].style)}if(orientation==\"left\"){title.style.left=this.props.titleCharHeight+\"px\"}else{title.style.right=this.props.titleCharHeight+\"px\"}title.style.width=this.height+\"px\"}DOMutil.cleanupElements(this.DOMelements.title)};DataAxis.prototype._calculateCharSize=function(){if(!(\"minorCharHeight\"in this.props)){var textMinor=document.createTextNode(\"0\");var measureCharMinor=document.createElement(\"div\");measureCharMinor.className=\"yAxis minor measure\";measureCharMinor.appendChild(textMinor);this.dom.frame.appendChild(measureCharMinor);this.props.minorCharHeight=measureCharMinor.clientHeight;this.props.minorCharWidth=measureCharMinor.clientWidth;this.dom.frame.removeChild(measureCharMinor)}if(!(\"majorCharHeight\"in this.props)){var textMajor=document.createTextNode(\"0\");var measureCharMajor=document.createElement(\"div\");measureCharMajor.className=\"yAxis major measure\";measureCharMajor.appendChild(textMajor);this.dom.frame.appendChild(measureCharMajor);this.props.majorCharHeight=measureCharMajor.clientHeight;this.props.majorCharWidth=measureCharMajor.clientWidth;this.dom.frame.removeChild(measureCharMajor)}if(!(\"titleCharHeight\"in this.props)){var textTitle=document.createTextNode(\"0\");var measureCharTitle=document.createElement(\"div\");measureCharTitle.className=\"yAxis title measure\";measureCharTitle.appendChild(textTitle);this.dom.frame.appendChild(measureCharTitle);this.props.titleCharHeight=measureCharTitle.clientHeight;this.props.titleCharWidth=measureCharTitle.clientWidth;this.dom.frame.removeChild(measureCharTitle)}};DataAxis.prototype.snap=function(date){return this.step.snap(date)};module.exports=DataAxis},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var DOMutil=__webpack_require__(2);var Line=__webpack_require__(49);var Bar=__webpack_require__(50);var Points=__webpack_require__(51);function GraphGroup(group,groupId,options,groupsUsingDefaultStyles){this.id=groupId;var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"drawPoints\",\"shaded\",\"catmullRom\"];this.options=util.selectiveBridgeObject(fields,options);this.usingDefaultStyle=group.className===undefined;this.groupsUsingDefaultStyles=groupsUsingDefaultStyles;this.zeroPosition=0;this.update(group);if(this.usingDefaultStyle==true){this.groupsUsingDefaultStyles[0]+=1}this.itemsData=[];this.visible=group.visible===undefined?true:group.visible}GraphGroup.prototype.setItems=function(items){if(items!=null){this.itemsData=items;if(this.options.sort==true){this.itemsData.sort(function(a,b){return a.x-b.x})}}else{this.itemsData=[]}};GraphGroup.prototype.setZeroPosition=function(pos){this.zeroPosition=pos};GraphGroup.prototype.setOptions=function(options){if(options!==undefined){var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\"];util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"catmullRom\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");if(options.catmullRom){if(typeof options.catmullRom==\"object\"){if(options.catmullRom.parametrization){if(options.catmullRom.parametrization==\"uniform\"){this.options.catmullRom.alpha=0}else if(options.catmullRom.parametrization==\"chordal\"){this.options.catmullRom.alpha=1}else{this.options.catmullRom.parametrization=\"centripetal\";this.options.catmullRom.alpha=.5}}}}}if(this.options.style==\"line\"){this.type=new Line(this.id,this.options)}else if(this.options.style==\"bar\"){this.type=new Bar(this.id,this.options)}else if(this.options.style==\"points\"){this.type=new Points(this.id,this.options)}};GraphGroup.prototype.update=function(group){this.group=group;this.content=group.content||\"graph\";this.className=group.className||this.className||\"graphGroup\"+this.groupsUsingDefaultStyles[0]%10;this.visible=group.visible===undefined?true:group.visible;this.style=group.style;this.setOptions(group.options)};GraphGroup.prototype.drawIcon=function(x,y,JSONcontainer,SVGcontainer,iconWidth,iconHeight){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",JSONcontainer,SVGcontainer);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"outline\");if(this.options.style==\"line\"){path=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);path.setAttributeNS(null,\"class\",this.className);if(this.style!==undefined){path.setAttributeNS(null,\"style\",this.style)}path.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\"\");if(this.options.shaded.enabled==true){fillPath=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);if(this.options.shaded.orientation==\"top\"){fillPath.setAttributeNS(null,\"d\",\"M\"+x+\", \"+(y-fillHeight)+\"L\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\" L\"+(x+iconWidth)+\",\"+(y-fillHeight))}else{fillPath.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" \"+\"L\"+x+\",\"+(y+fillHeight)+\" \"+\"L\"+(x+iconWidth)+\",\"+(y+fillHeight)+\"L\"+(x+iconWidth)+\",\"+y)}fillPath.setAttributeNS(null,\"class\",this.className+\" iconFill\")}if(this.options.drawPoints.enabled==true){DOMutil.drawPoint(x+.5*iconWidth,y,this,JSONcontainer,SVGcontainer)}}else{var barWidth=Math.round(.3*iconWidth);var bar1Height=Math.round(.4*iconHeight);var bar2Height=Math.round(.75*iconHeight);var offset=Math.round((iconWidth-2*barWidth)/3);DOMutil.drawBar(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,barWidth,bar1Height,this.className+\" bar\",JSONcontainer,SVGcontainer);DOMutil.drawBar(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,barWidth,bar2Height,this.className+\" bar\",JSONcontainer,SVGcontainer)}};GraphGroup.prototype.getLegend=function(iconWidth,iconHeight){var svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.drawIcon(0,.5*iconHeight,[],svg,iconWidth,iconHeight);return{icon:svg,label:this.content,orientation:this.options.yAxisOrientation}};GraphGroup.prototype.getYRange=function(groupData){return this.type.getYRange(groupData)};GraphGroup.prototype.draw=function(dataset,group,framework){this.type.draw(dataset,group,framework)};module.exports=GraphGroup},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var stack=__webpack_require__(18);var RangeItem=__webpack_require__(24);function Group(groupId,data,itemSet){this.groupId=groupId;this.subgroups={};this.subgroupIndex=0;this.subgroupOrderer=data&&data.subgroupOrder;this.itemSet=itemSet;this.dom={};this.props={label:{width:0,height:0}};this.className=null;this.items={};this.visibleItems=[];this.orderedItems={byStart:[],byEnd:[]};this.checkRangedItems=false;var me=this;this.itemSet.body.emitter.on(\"checkRangedItems\",function(){me.checkRangedItems=true});this._create();this.setData(data)}Group.prototype._create=function(){var label=document.createElement(\"div\");label.className=\"vlabel\";this.dom.label=label;var inner=document.createElement(\"div\");inner.className=\"inner\";label.appendChild(inner);this.dom.inner=inner;var foreground=document.createElement(\"div\");foreground.className=\"group\";foreground[\"timeline-group\"]=this;this.dom.foreground=foreground;this.dom.background=document.createElement(\"div\");this.dom.background.className=\"group\";this.dom.axis=document.createElement(\"div\");this.dom.axis.className=\"group\";this.dom.marker=document.createElement(\"div\");this.dom.marker.style.visibility=\"hidden\";this.dom.marker.innerHTML=\"?\";this.dom.background.appendChild(this.dom.marker)};Group.prototype.setData=function(data){var content=data&&data.content;if(content instanceof Element){this.dom.inner.appendChild(content)}else if(content!==undefined&&content!==null){this.dom.inner.innerHTML=content}else{this.dom.inner.innerHTML=this.groupId||\"\"}this.dom.label.title=data&&data.title||\"\";if(!this.dom.inner.firstChild){util.addClassName(this.dom.inner,\"hidden\")}else{util.removeClassName(this.dom.inner,\"hidden\")}var className=data&&data.className||null;if(className!=this.className){if(this.className){util.removeClassName(this.dom.label,this.className);util.removeClassName(this.dom.foreground,this.className);util.removeClassName(this.dom.background,this.className);util.removeClassName(this.dom.axis,this.className)}util.addClassName(this.dom.label,className);util.addClassName(this.dom.foreground,className);util.addClassName(this.dom.background,className);util.addClassName(this.dom.axis,className);this.className=className}if(this.style){util.removeCssText(this.dom.label,this.style);this.style=null}if(data&&data.style){util.addCssText(this.dom.label,data.style);this.style=data.style}};Group.prototype.getLabelWidth=function(){return this.props.label.width};Group.prototype.redraw=function(range,margin,restack){var resized=false;this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);var markerHeight=this.dom.marker.clientHeight;if(markerHeight!=this.lastMarkerHeight){this.lastMarkerHeight=markerHeight;util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()});restack=true}if(this.itemSet.options.stack){stack.stack(this.visibleItems,margin,restack)}else{stack.nostack(this.visibleItems,margin,this.subgroups)}var height=this._calculateHeight(margin);var foreground=this.dom.foreground;this.top=foreground.offsetTop;this.left=foreground.offsetLeft;this.width=foreground.offsetWidth;resized=util.updateProperty(this,\"height\",height)||resized;resized=util.updateProperty(this.props.label,\"width\",this.dom.inner.clientWidth)||resized;resized=util.updateProperty(this.props.label,\"height\",this.dom.inner.clientHeight)||resized;this.dom.background.style.height=height+\"px\";this.dom.foreground.style.height=height+\"px\";this.dom.label.style.height=height+\"px\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};Group.prototype._calculateHeight=function(margin){var height;var visibleItems=this.visibleItems;this.resetSubgroups();var me=this;if(visibleItems.length){var min=visibleItems[0].top;var max=visibleItems[0].top+visibleItems[0].height;util.forEach(visibleItems,function(item){min=Math.min(min,item.top);max=Math.max(max,item.top+item.height);if(item.data.subgroup!==undefined){me.subgroups[item.data.subgroup].height=Math.max(me.subgroups[item.data.subgroup].height,item.height);me.subgroups[item.data.subgroup].visible=true}});if(min>margin.axis){var offset=min-margin.axis;max-=offset;util.forEach(visibleItems,function(item){item.top-=offset})}height=max+margin.item.vertical/2}else{height=margin.axis+margin.item.vertical}height=Math.max(height,this.props.label.height);return height};Group.prototype.show=function(){if(!this.dom.label.parentNode){this.itemSet.dom.labelSet.appendChild(this.dom.label)}if(!this.dom.foreground.parentNode){this.itemSet.dom.foreground.appendChild(this.dom.foreground)}if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}if(!this.dom.axis.parentNode){this.itemSet.dom.axis.appendChild(this.dom.axis)}};Group.prototype.hide=function(){var label=this.dom.label;if(label.parentNode){label.parentNode.removeChild(label)}var foreground=this.dom.foreground;if(foreground.parentNode){foreground.parentNode.removeChild(foreground)}var background=this.dom.background;if(background.parentNode){background.parentNode.removeChild(background)}var axis=this.dom.axis;if(axis.parentNode){axis.parentNode.removeChild(axis)}};Group.prototype.add=function(item){this.items[item.id]=item;item.setParent(this);if(item.data.subgroup!==undefined){if(this.subgroups[item.data.subgroup]===undefined){this.subgroups[item.data.subgroup]={height:0,visible:false,index:this.subgroupIndex,items:[]};this.subgroupIndex++}this.subgroups[item.data.subgroup].items.push(item)}this.orderSubgroups();if(this.visibleItems.indexOf(item)==-1){var range=this.itemSet.body.range;this._checkIfVisible(item,this.visibleItems,range)}};Group.prototype.orderSubgroups=function(){if(this.subgroupOrderer!==undefined){var sortArray=[];if(typeof this.subgroupOrderer==\"string\"){for(var subgroup in this.subgroups){sortArray.push({subgroup:subgroup,sortField:this.subgroups[subgroup].items[0].data[this.subgroupOrderer]})}sortArray.sort(function(a,b){return a.sortField-b.sortField})}else if(typeof this.subgroupOrderer==\"function\"){for(var subgroup in this.subgroups){sortArray.push(this.subgroups[subgroup].items[0].data)}sortArray.sort(this.subgroupOrderer)}if(sortArray.length>0){for(var i=0;i<sortArray.length;i++){this.subgroups[sortArray[i].subgroup].index=i}}}};Group.prototype.resetSubgroups=function(){for(var subgroup in this.subgroups){if(this.subgroups.hasOwnProperty(subgroup)){this.subgroups[subgroup].visible=false}}};Group.prototype.remove=function(item){delete this.items[item.id];item.setParent(null);var index=this.visibleItems.indexOf(item);if(index!=-1)this.visibleItems.splice(index,1)};Group.prototype.removeFromDataSet=function(item){this.itemSet.removeItem(item.id)};Group.prototype.order=function(){var array=util.toArray(this.items);var startArray=[];var endArray=[];for(var i=0;i<array.length;i++){if(array[i].data.end!==undefined){endArray.push(array[i])}startArray.push(array[i])}this.orderedItems={byStart:startArray,byEnd:endArray};stack.orderByStart(this.orderedItems.byStart);stack.orderByEnd(this.orderedItems.byEnd)};Group.prototype._updateVisibleItems=function(orderedItems,oldVisibleItems,range){var visibleItems=[];var visibleItemsLookup={};var interval=(range.end-range.start)/4;var lowerBound=range.start-interval;var upperBound=range.end+interval;var item,i;var searchFunction=function(value){if(value<lowerBound){return-1}else if(value<=upperBound){return 0}else{return 1}};if(oldVisibleItems.length>0){for(i=0;i<oldVisibleItems.length;i++){this._checkIfVisibleWithReference(oldVisibleItems[i],visibleItems,visibleItemsLookup,range)}}var initialPosByStart=util.binarySearchCustom(orderedItems.byStart,searchFunction,\"data\",\"start\");this._traceVisible(initialPosByStart,orderedItems.byStart,visibleItems,visibleItemsLookup,function(item){return item.data.start<lowerBound||item.data.start>upperBound});if(this.checkRangedItems==true){this.checkRangedItems=false;for(i=0;i<orderedItems.byEnd.length;i++){this._checkIfVisibleWithReference(orderedItems.byEnd[i],visibleItems,visibleItemsLookup,range)}}else{var initialPosByEnd=util.binarySearchCustom(orderedItems.byEnd,searchFunction,\"data\",\"end\");this._traceVisible(initialPosByEnd,orderedItems.byEnd,visibleItems,visibleItemsLookup,function(item){return item.data.end<lowerBound||item.data.end>upperBound})}for(i=0;i<visibleItems.length;i++){item=visibleItems[i];if(!item.displayed)item.show();item.repositionX()}return visibleItems};Group.prototype._traceVisible=function(initialPos,items,visibleItems,visibleItemsLookup,breakCondition){var item;var i;if(initialPos!=-1){for(i=initialPos;i>=0;i--){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}for(i=initialPos+1;i<items.length;i++){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}}};Group.prototype._checkIfVisible=function(item,visibleItems,range){if(item.isVisible(range)){if(!item.displayed)item.show();item.repositionX();visibleItems.push(item)}else{if(item.displayed)item.hide()}};Group.prototype._checkIfVisibleWithReference=function(item,visibleItems,visibleItemsLookup,range){if(item.isVisible(range)){if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}else{if(item.displayed)item.hide()}};module.exports=Group},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Group=__webpack_require__(30);function BackgroundGroup(groupId,data,itemSet){Group.call(this,groupId,data,itemSet);\nthis.width=0;this.height=0;this.top=0;this.left=0}BackgroundGroup.prototype=Object.create(Group.prototype);BackgroundGroup.prototype.redraw=function(range,margin,restack){var resized=false;this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);this.width=this.dom.background.offsetWidth;this.dom.background.style.height=\"0\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};BackgroundGroup.prototype.show=function(){if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}};module.exports=BackgroundGroup},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);var util=__webpack_require__(1);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var Component=__webpack_require__(25);var Group=__webpack_require__(30);var BackgroundGroup=__webpack_require__(31);var BoxItem=__webpack_require__(22);var PointItem=__webpack_require__(23);var RangeItem=__webpack_require__(24);var BackgroundItem=__webpack_require__(21);var UNGROUPED=\"__ungrouped__\";var BACKGROUND=\"__background__\";function ItemSet(body,options){this.body=body;this.defaultOptions={type:null,orientation:\"bottom\",align:\"auto\",stack:true,groupOrder:null,selectable:true,editable:{updateTime:false,updateGroup:false,add:false,remove:false},onAdd:function(item,callback){callback(item)},onUpdate:function(item,callback){callback(item)},onMove:function(item,callback){callback(item)},onRemove:function(item,callback){callback(item)},onMoving:function(item,callback){callback(item)},margin:{item:{horizontal:10,vertical:10},axis:20},padding:5};this.options=util.extend({},this.defaultOptions);this.itemOptions={type:{start:\"Date\",end:\"Date\"}};this.conversion={toScreen:body.util.toScreen,toTime:body.util.toTime};this.dom={};this.props={};this.hammer=null;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function(event,params,senderId){me._onAdd(params.items)},update:function(event,params,senderId){me._onUpdate(params.items)},remove:function(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function(event,params,senderId){me._onAddGroups(params.items)},update:function(event,params,senderId){me._onUpdateGroups(params.items)},remove:function(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.groups={};this.groupIds=[];this.selection=[];this.stackDirty=true;this.touchParams={};this._create();this.setOptions(options)}ItemSet.prototype=new Component;ItemSet.types={background:BackgroundItem,box:BoxItem,range:RangeItem,point:PointItem};ItemSet.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"itemset\";frame[\"timeline-itemset\"]=this;this.dom.frame=frame;var background=document.createElement(\"div\");background.className=\"background\";frame.appendChild(background);this.dom.background=background;var foreground=document.createElement(\"div\");foreground.className=\"foreground\";frame.appendChild(foreground);this.dom.foreground=foreground;var axis=document.createElement(\"div\");axis.className=\"axis\";this.dom.axis=axis;var labelSet=document.createElement(\"div\");labelSet.className=\"labelset\";this.dom.labelSet=labelSet;this._updateUngrouped();var backgroundGroup=new BackgroundGroup(BACKGROUND,null,this);backgroundGroup.show();this.groups[BACKGROUND]=backgroundGroup;this.hammer=Hammer(this.body.dom.centerContainer,{preventDefault:true});this.hammer.on(\"touch\",this._onTouch.bind(this));this.hammer.on(\"dragstart\",this._onDragStart.bind(this));this.hammer.on(\"drag\",this._onDrag.bind(this));this.hammer.on(\"dragend\",this._onDragEnd.bind(this));this.hammer.on(\"tap\",this._onSelectItem.bind(this));this.hammer.on(\"hold\",this._onMultiSelectItem.bind(this));this.hammer.on(\"doubletap\",this._onAddItem.bind(this));this.show()};ItemSet.prototype.setOptions=function(options){if(options){var fields=[\"type\",\"align\",\"orientation\",\"padding\",\"stack\",\"selectable\",\"groupOrder\",\"dataAttributes\",\"template\",\"hide\"];util.selectiveExtend(fields,this.options,options);if(\"margin\"in options){if(typeof options.margin===\"number\"){this.options.margin.axis=options.margin;this.options.margin.item.horizontal=options.margin;this.options.margin.item.vertical=options.margin}else if(typeof options.margin===\"object\"){util.selectiveExtend([\"axis\"],this.options.margin,options.margin);if(\"item\"in options.margin){if(typeof options.margin.item===\"number\"){this.options.margin.item.horizontal=options.margin.item;this.options.margin.item.vertical=options.margin.item}else if(typeof options.margin.item===\"object\"){util.selectiveExtend([\"horizontal\",\"vertical\"],this.options.margin.item,options.margin.item)}}}}if(\"editable\"in options){if(typeof options.editable===\"boolean\"){this.options.editable.updateTime=options.editable;this.options.editable.updateGroup=options.editable;this.options.editable.add=options.editable;this.options.editable.remove=options.editable}else if(typeof options.editable===\"object\"){util.selectiveExtend([\"updateTime\",\"updateGroup\",\"add\",\"remove\"],this.options.editable,options.editable)}}var addCallback=function(name){var fn=options[name];if(fn){if(!(fn instanceof Function)){throw new Error(\"option \"+name+\" must be a function \"+name+\"(item, callback)\")}this.options[name]=fn}}.bind(this);[\"onAdd\",\"onUpdate\",\"onRemove\",\"onMove\",\"onMoving\"].forEach(addCallback);this.markDirty()}};ItemSet.prototype.markDirty=function(){this.groupIds=[];this.stackDirty=true};ItemSet.prototype.destroy=function(){this.hide();this.setItems(null);this.setGroups(null);this.hammer=null;this.body=null;this.conversion=null};ItemSet.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.axis.parentNode){this.dom.axis.parentNode.removeChild(this.dom.axis)}if(this.dom.labelSet.parentNode){this.dom.labelSet.parentNode.removeChild(this.dom.labelSet)}};ItemSet.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}if(!this.dom.axis.parentNode){this.body.dom.backgroundVertical.appendChild(this.dom.axis)}if(!this.dom.labelSet.parentNode){this.body.dom.left.appendChild(this.dom.labelSet)}};ItemSet.prototype.setSelection=function(ids){var i,ii,id,item;if(ids==undefined)ids=[];if(!Array.isArray(ids))ids=[ids];for(i=0,ii=this.selection.length;i<ii;i++){id=this.selection[i];item=this.items[id];if(item)item.unselect()}this.selection=[];for(i=0,ii=ids.length;i<ii;i++){id=ids[i];item=this.items[id];if(item){this.selection.push(id);item.select()}}};ItemSet.prototype.getSelection=function(){return this.selection.concat([])};ItemSet.prototype.getVisibleItems=function(){var range=this.body.range.getRange();var left=this.body.util.toScreen(range.start);var right=this.body.util.toScreen(range.end);var ids=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];var rawVisibleItems=group.visibleItems;for(var i=0;i<rawVisibleItems.length;i++){var item=rawVisibleItems[i];if(item.left<right&&item.left+item.width>left){ids.push(item.id)}}}}return ids};ItemSet.prototype._deselect=function(id){var selection=this.selection;for(var i=0,ii=selection.length;i<ii;i++){if(selection[i]==id){selection.splice(i,1);break}}};ItemSet.prototype.redraw=function(){var margin=this.options.margin,range=this.body.range,asSize=util.option.asSize,options=this.options,orientation=options.orientation,resized=false,frame=this.dom.frame,editable=options.editable.updateTime||options.editable.updateGroup;this.props.top=this.body.domProps.top.height+this.body.domProps.border.top;this.props.left=this.body.domProps.left.width+this.body.domProps.border.left;frame.className=\"itemset\"+(editable?\" editable\":\"\");resized=this._orderGroups()||resized;var visibleInterval=range.end-range.start;var zoomed=visibleInterval!=this.lastVisibleInterval||this.props.width!=this.props.lastWidth;if(zoomed)this.stackDirty=true;this.lastVisibleInterval=visibleInterval;this.props.lastWidth=this.props.width;var restack=this.stackDirty;var firstGroup=this._firstGroup();var firstMargin={item:margin.item,axis:margin.axis};var nonFirstMargin={item:margin.item,axis:margin.item.vertical/2};var height=0;var minHeight=margin.axis+margin.item.vertical;this.groups[BACKGROUND].redraw(range,nonFirstMargin,restack);util.forEach(this.groups,function(group){var groupMargin=group==firstGroup?firstMargin:nonFirstMargin;var groupResized=group.redraw(range,groupMargin,restack);resized=groupResized||resized;height+=group.height});height=Math.max(height,minHeight);this.stackDirty=false;frame.style.height=asSize(height);this.props.width=frame.offsetWidth;this.props.height=height;this.dom.axis.style.top=asSize(orientation==\"top\"?this.body.domProps.top.height+this.body.domProps.border.top:this.body.domProps.top.height+this.body.domProps.centerContainer.height);this.dom.axis.style.left=\"0\";resized=this._isResized()||resized;return resized};ItemSet.prototype._firstGroup=function(){var firstGroupIndex=this.options.orientation==\"top\"?0:this.groupIds.length-1;var firstGroupId=this.groupIds[firstGroupIndex];var firstGroup=this.groups[firstGroupId]||this.groups[UNGROUPED];return firstGroup||null};ItemSet.prototype._updateUngrouped=function(){var ungrouped=this.groups[UNGROUPED];var background=this.groups[BACKGROUND];var item,itemId;if(this.groupsData){if(ungrouped){ungrouped.hide();delete this.groups[UNGROUPED];for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];item.parent&&item.parent.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];group&&group.add(item)||item.hide()}}}}else{if(!ungrouped){var id=null;var data=null;ungrouped=new Group(id,data,this);this.groups[UNGROUPED]=ungrouped;for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];ungrouped.add(item)}}ungrouped.show()}}};ItemSet.prototype.getLabelSet=function(){return this.dom.labelSet};ItemSet.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids);this._updateUngrouped()}};ItemSet.prototype.getItems=function(){return this.itemsData};ItemSet.prototype.setGroups=function(groups){var me=this,ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.unsubscribe(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._updateUngrouped();this._order();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype.getGroups=function(){return this.groupsData};ItemSet.prototype.removeItem=function(id){var item=this.itemsData.get(id),dataset=this.itemsData.getDataSet();if(item){this.options.onRemove(item,function(item){if(item){dataset.remove(id)}})}};ItemSet.prototype._getType=function(itemData){return itemData.type||this.options.type||(itemData.end?\"range\":\"box\")};ItemSet.prototype._getGroupId=function(itemData){var type=this._getType(itemData);if(type==\"background\"&&itemData.group==undefined){return BACKGROUND}else{return this.groupsData?itemData.group:UNGROUPED}};ItemSet.prototype._onUpdate=function(ids){var me=this;ids.forEach(function(id){var itemData=me.itemsData.get(id,me.itemOptions);var item=me.items[id];var type=me._getType(itemData);var constructor=ItemSet.types[type];if(item){if(!constructor||!(item instanceof constructor)){me._removeItem(item);item=null}else{me._updateItem(item,itemData)}}if(!item){if(constructor){item=new constructor(itemData,me.conversion,me.options);item.id=id;me._addItem(item)}else if(type==\"rangeoverflow\"){throw new TypeError('Item type \"rangeoverflow\" is deprecated. Use css styling instead: '+\".vis.timeline .item.range .content {overflow: visible;}\")}else{throw new TypeError('Unknown item type \"'+type+'\"')}}});this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onAdd=ItemSet.prototype._onUpdate;ItemSet.prototype._onRemove=function(ids){var count=0;var me=this;ids.forEach(function(id){var item=me.items[id];if(item){count++;me._removeItem(item)}});if(count){this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})}};ItemSet.prototype._order=function(){util.forEach(this.groups,function(group){group.order()})};ItemSet.prototype._onUpdateGroups=function(ids){this._onAddGroups(ids)};ItemSet.prototype._onAddGroups=function(ids){var me=this;ids.forEach(function(id){var groupData=me.groupsData.get(id);var group=me.groups[id];if(!group){if(id==UNGROUPED||id==BACKGROUND){throw new Error(\"Illegal group id. \"+id+\" is a reserved id.\")}var groupOptions=Object.create(me.options);util.extend(groupOptions,{height:null});group=new Group(id,groupData,me);me.groups[id]=group;for(var itemId in me.items){if(me.items.hasOwnProperty(itemId)){var item=me.items[itemId];if(item.data.group==id){group.add(item)}}}group.order();group.show()}else{group.setData(groupData)}});this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onRemoveGroups=function(ids){var groups=this.groups;ids.forEach(function(id){var group=groups[id];if(group){group.hide();delete groups[id]}});this.markDirty();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._orderGroups=function(){if(this.groupsData){var groupIds=this.groupsData.getIds({order:this.options.groupOrder});var changed=!util.equalArray(groupIds,this.groupIds);if(changed){var groups=this.groups;groupIds.forEach(function(groupId){groups[groupId].hide()});groupIds.forEach(function(groupId){groups[groupId].show()});this.groupIds=groupIds}return changed}else{return false}};ItemSet.prototype._addItem=function(item){this.items[item.id]=item;var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)};ItemSet.prototype._updateItem=function(item,itemData){var oldGroupId=item.data.group;item.setData(itemData);if(oldGroupId!=item.data.group){var oldGroup=this.groups[oldGroupId];if(oldGroup)oldGroup.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)}};ItemSet.prototype._removeItem=function(item){item.hide();delete this.items[item.id];var index=this.selection.indexOf(item.id);if(index!=-1)this.selection.splice(index,1);item.parent&&item.parent.remove(item)};ItemSet.prototype._constructByEndArray=function(array){var endArray=[];for(var i=0;i<array.length;i++){if(array[i]instanceof RangeItem){endArray.push(array[i])}}return endArray};ItemSet.prototype._onTouch=function(event){this.touchParams.item=ItemSet.itemFromTarget(event)};ItemSet.prototype._onDragStart=function(event){if(!this.options.editable.updateTime&&!this.options.editable.updateGroup){return}var item=this.touchParams.item||null;var me=this;var props;if(item&&item.selected){var dragLeftItem=event.target.dragLeftItem;var dragRightItem=event.target.dragRightItem;if(dragLeftItem){props={item:dragLeftItem,initialX:event.gesture.center.clientX};if(me.options.editable.updateTime){props.start=item.data.start.valueOf()}if(me.options.editable.updateGroup){if(\"group\"in item.data)props.group=item.data.group}this.touchParams.itemProps=[props]}else if(dragRightItem){props={item:dragRightItem,initialX:event.gesture.center.clientX};if(me.options.editable.updateTime){props.end=item.data.end.valueOf()}if(me.options.editable.updateGroup){if(\"group\"in item.data)props.group=item.data.group}this.touchParams.itemProps=[props]}else{this.touchParams.itemProps=this.getSelection().map(function(id){var item=me.items[id];var props={item:item,initialX:event.gesture.center.clientX};if(me.options.editable.updateTime){if(\"start\"in item.data)props.start=item.data.start.valueOf();if(\"end\"in item.data)props.end=item.data.end.valueOf()}if(me.options.editable.updateGroup){if(\"group\"in item.data)props.group=item.data.group}return props})}event.stopPropagation()}};ItemSet.prototype._onDrag=function(event){event.preventDefault();if(this.touchParams.itemProps){var me=this;var snap=this.body.util.snap||null;var xOffset=this.body.dom.root.offsetLeft+this.body.domProps.left.width;this.touchParams.itemProps.forEach(function(props){var newProps={};var current=me.body.util.toTime(event.gesture.center.clientX-xOffset);var initial=me.body.util.toTime(props.initialX-xOffset);var offset=current-initial;if(\"start\"in props){var start=new Date(props.start+offset);newProps.start=snap?snap(start):start}if(\"end\"in props){var end=new Date(props.end+offset);newProps.end=snap?snap(end):end}if(\"group\"in props){var group=ItemSet.groupFromTarget(event);newProps.group=group&&group.groupId}var itemData=util.extend({},props.item.data,newProps);me.options.onMoving(itemData,function(itemData){if(itemData){me._updateItemProps(props.item,itemData)}})});this.stackDirty=true;this.body.emitter.emit(\"change\");event.stopPropagation()}};ItemSet.prototype._updateItemProps=function(item,props){if(\"start\"in props)item.data.start=props.start;if(\"end\"in props)item.data.end=props.end;if(\"group\"in props&&item.data.group!=props.group){this._moveToGroup(item,props.group)}};ItemSet.prototype._moveToGroup=function(item,groupId){var group=this.groups[groupId];if(group&&group.groupId!=item.data.group){var oldGroup=item.parent;oldGroup.remove(item);oldGroup.order();group.add(item);group.order();item.data.group=group.groupId}};ItemSet.prototype._onDragEnd=function(event){event.preventDefault();if(this.touchParams.itemProps){var changes=[],me=this,dataset=this.itemsData.getDataSet();var itemProps=this.touchParams.itemProps;this.touchParams.itemProps=null;itemProps.forEach(function(props){var id=props.item.id,itemData=me.itemsData.get(id,me.itemOptions);var changed=false;if(\"start\"in props.item.data){changed=props.start!=props.item.data.start.valueOf();itemData.start=util.convert(props.item.data.start,dataset._options.type&&dataset._options.type.start||\"Date\")}if(\"end\"in props.item.data){changed=changed||props.end!=props.item.data.end.valueOf();itemData.end=util.convert(props.item.data.end,dataset._options.type&&dataset._options.type.end||\"Date\")}if(\"group\"in props.item.data){changed=changed||props.group!=props.item.data.group;itemData.group=props.item.data.group}if(changed){me.options.onMove(itemData,function(itemData){if(itemData){itemData[dataset._fieldId]=id;changes.push(itemData)}else{me._updateItemProps(props.item,props);me.stackDirty=true;me.body.emitter.emit(\"change\")}})}});if(changes.length){dataset.update(changes)}event.stopPropagation()}};ItemSet.prototype._onSelectItem=function(event){if(!this.options.selectable)return;var ctrlKey=event.gesture.srcEvent&&event.gesture.srcEvent.ctrlKey;var shiftKey=event.gesture.srcEvent&&event.gesture.srcEvent.shiftKey;if(ctrlKey||shiftKey){this._onMultiSelectItem(event);return}var oldSelection=this.getSelection();var item=ItemSet.itemFromTarget(event);var selection=item?[item.id]:[];this.setSelection(selection);var newSelection=this.getSelection();if(newSelection.length>0||oldSelection.length>0){this.body.emitter.emit(\"select\",{items:newSelection})}};ItemSet.prototype._onAddItem=function(event){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this,snap=this.body.util.snap||null,item=ItemSet.itemFromTarget(event);if(item){var itemData=me.itemsData.get(item.id);this.options.onUpdate(itemData,function(itemData){if(itemData){me.itemsData.getDataSet().update(itemData)}})}else{var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.gesture.center.pageX-xAbs;var start=this.body.util.toTime(x);var newItem={start:snap?snap(start):start,content:\"new item\"};if(this.options.type===\"range\"){var end=this.body.util.toTime(x+this.props.width/5);newItem.end=snap?snap(end):end}newItem[this.itemsData._fieldId]=util.randomUUID();var group=ItemSet.groupFromTarget(event);if(group){newItem.group=group.groupId}this.options.onAdd(newItem,function(item){if(item){me.itemsData.getDataSet().add(item)}})}};ItemSet.prototype._onMultiSelectItem=function(event){if(!this.options.selectable)return;var selection,item=ItemSet.itemFromTarget(event);if(item){selection=this.getSelection();var shiftKey=event.gesture.touches[0]&&event.gesture.touches[0].shiftKey||false;if(shiftKey){selection.push(item.id);var range=ItemSet._getItemRange(this.itemsData.get(selection,this.itemOptions));selection=[];for(var id in this.items){if(this.items.hasOwnProperty(id)){var _item=this.items[id];var start=_item.data.start;var end=_item.data.end!==undefined?_item.data.end:start;if(start>=range.min&&end<=range.max){selection.push(_item.id)}}}}else{var index=selection.indexOf(item.id);if(index==-1){selection.push(item.id)}else{selection.splice(index,1)}}this.setSelection(selection);this.body.emitter.emit(\"select\",{items:this.getSelection()})}};ItemSet._getItemRange=function(itemsData){var max=null;var min=null;itemsData.forEach(function(data){if(min==null||data.start<min){min=data.start}if(data.end!=undefined){if(max==null||data.end>max){max=data.end}}else{if(max==null||data.start>max){max=data.start}}});return{min:min,max:max}};ItemSet.itemFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-item\")){return target[\"timeline-item\"]}target=target.parentNode}return null};ItemSet.groupFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-group\")){return target[\"timeline-group\"]}target=target.parentNode}return null};ItemSet.itemSetFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-itemset\")){return target[\"timeline-itemset\"]}target=target.parentNode}return null};module.exports=ItemSet},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var DOMutil=__webpack_require__(2);var Component=__webpack_require__(25);function Legend(body,options,side,linegraphOptions){this.body=body;this.defaultOptions={enabled:true,icons:true,iconSize:20,iconSpacing:6,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-left\"}};this.side=side;this.options=util.extend({},this.defaultOptions);this.linegraphOptions=linegraphOptions;this.svgElements={};this.dom={};this.groups={};this.amountOfGroups=0;this._create();this.setOptions(options)}Legend.prototype=new Component;Legend.prototype.clear=function(){this.groups={};this.amountOfGroups=0};Legend.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};Legend.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};Legend.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};Legend.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"legend\";this.dom.frame.style.position=\"absolute\";this.dom.frame.style.top=\"10px\";this.dom.frame.style.display=\"block\";this.dom.textArea=document.createElement(\"div\");this.dom.textArea.className=\"legendText\";this.dom.textArea.style.position=\"relative\";this.dom.textArea.style.top=\"0px\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=0+\"px\";this.svg.style.width=this.options.iconSize+5+\"px\";this.svg.style.height=\"100%\";this.dom.frame.appendChild(this.svg);this.dom.frame.appendChild(this.dom.textArea)};Legend.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};Legend.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};Legend.prototype.setOptions=function(options){var fields=[\"enabled\",\"orientation\",\"icons\",\"left\",\"right\"];util.selectiveDeepExtend(fields,this.options,options)};Legend.prototype.redraw=function(){var activeGroups=0;for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}}if(this.options[this.side].visible==false||this.amountOfGroups==0||this.options.enabled==false||activeGroups==0){this.hide()}else{this.show();if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"bottom-left\"){this.dom.frame.style.left=\"4px\";this.dom.frame.style.textAlign=\"left\";this.dom.textArea.style.textAlign=\"left\";this.dom.textArea.style.left=this.options.iconSize+15+\"px\";this.dom.textArea.style.right=\"\";this.svg.style.left=0+\"px\";this.svg.style.right=\"\"}else{this.dom.frame.style.right=\"4px\";this.dom.frame.style.textAlign=\"right\";this.dom.textArea.style.textAlign=\"right\";this.dom.textArea.style.right=this.options.iconSize+15+\"px\";this.dom.textArea.style.left=\"\";this.svg.style.right=0+\"px\";this.svg.style.left=\"\"}if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"top-right\"){this.dom.frame.style.top=4-Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.bottom=\"\"}else{var scrollableHeight=this.body.domProps.center.height-this.body.domProps.centerContainer.height;this.dom.frame.style.bottom=4+scrollableHeight+Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.top=\"\"}if(this.options.icons==false){this.dom.frame.style.width=this.dom.textArea.offsetWidth+10+\"px\";this.dom.textArea.style.right=\"\";this.dom.textArea.style.left=\"\";this.svg.style.width=\"0px\"}else{this.dom.frame.style.width=this.options.iconSize+15+this.dom.textArea.offsetWidth+10+\"px\";this.drawLegendIcons()}var content=\"\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){content+=this.groups[groupId].content+\"<br />\"}}}this.dom.textArea.innerHTML=content;this.dom.textArea.style.lineHeight=.75*this.options.iconSize+this.options.iconSpacing+\"px\"}};Legend.prototype.drawLegendIcons=function(){if(this.dom.frame.parentNode){DOMutil.prepareElements(this.svgElements);var padding=window.getComputedStyle(this.dom.frame).paddingTop;var iconOffset=Number(padding.replace(\"px\",\"\"));var x=iconOffset;var iconWidth=this.options.iconSize;var iconHeight=.75*this.options.iconSize;var y=iconOffset+.5*iconHeight+3;this.svg.style.width=iconWidth+5+iconOffset+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+this.options.iconSpacing}}}DOMutil.cleanupElements(this.svgElements)}};module.exports=Legend},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var DOMutil=__webpack_require__(2);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var Component=__webpack_require__(25);var DataAxis=__webpack_require__(28);var GraphGroup=__webpack_require__(29);var Legend=__webpack_require__(33);var BarGraphFunctions=__webpack_require__(50);var UNGROUPED=\"__ungrouped__\";function LineGraph(body,options){this.id=util.randomUUID();this.body=body;this.defaultOptions={yAxisOrientation:\"left\",defaultGroup:\"default\",sort:true,sampling:true,graphHeight:\"400px\",shaded:{enabled:false,orientation:\"bottom\"},style:\"line\",barChart:{width:50,handleOverlap:\"overlap\",align:\"center\"},catmullRom:{enabled:true,parametrization:\"centripetal\",alpha:.5},drawPoints:{enabled:true,size:6,style:\"square\"},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:\"40px\",visible:true,alignZeros:true,customRange:{left:{min:undefined,max:undefined},right:{min:undefined,max:undefined}}},legend:{enabled:false,icons:true,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-right\"}},groups:{visibility:{}}};this.options=util.extend({},this.defaultOptions);this.dom={};this.props={};this.hammer=null;this.groups={};this.abortedGraphUpdate=false;this.updateSVGheight=false;this.updateSVGheightOnResize=false;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function(event,params,senderId){me._onAdd(params.items)},update:function(event,params,senderId){me._onUpdate(params.items)},remove:function(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function(event,params,senderId){me._onAddGroups(params.items)},update:function(event,params,senderId){me._onUpdateGroups(params.items)},remove:function(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.selection=[];this.lastStart=this.body.range.start;this.touchParams={};this.svgElements={};this.setOptions(options);this.groupsUsingDefaultStyles=[0];this.COUNTER=0;this.body.emitter.on(\"rangechanged\",function(){me.lastStart=me.body.range.start;me.svg.style.left=util.option.asSize(-me.props.width);me.redraw.call(me,true)});this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};this.body.emitter.emit(\"change\")}LineGraph.prototype=new Component;LineGraph.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"LineGraph\";this.dom.frame=frame;this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"relative\";this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\";this.svg.style.display=\"block\";frame.appendChild(this.svg);this.options.dataAxis.orientation=\"left\";this.yAxisLeft=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);this.options.dataAxis.orientation=\"right\";this.yAxisRight=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);delete this.options.dataAxis.orientation;this.legendLeft=new Legend(this.body,this.options.legend,\"left\",this.options.groups);this.legendRight=new Legend(this.body,this.options.legend,\"right\",this.options.groups);this.show()};LineGraph.prototype.setOptions=function(options){if(options){var fields=[\"sampling\",\"defaultGroup\",\"height\",\"graphHeight\",\"yAxisOrientation\",\"style\",\"barChart\",\"dataAxis\",\"sort\",\"groups\"];if(options.graphHeight===undefined&&options.height!==undefined&&this.body.domProps.centerContainer.height!==undefined){this.updateSVGheight=true;this.updateSVGheightOnResize=true}else if(this.body.domProps.centerContainer.height!==undefined&&options.graphHeight!==undefined){if(parseInt((options.graphHeight+\"\").replace(\"px\",\"\"))<this.body.domProps.centerContainer.height){this.updateSVGheight=true}}util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"catmullRom\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");util.mergeOptions(this.options,options,\"legend\");if(options.catmullRom){if(typeof options.catmullRom==\"object\"){if(options.catmullRom.parametrization){if(options.catmullRom.parametrization==\"uniform\"){this.options.catmullRom.alpha=0}else if(options.catmullRom.parametrization==\"chordal\"){this.options.catmullRom.alpha=1}else{this.options.catmullRom.parametrization=\"centripetal\";\nthis.options.catmullRom.alpha=.5}}}}if(this.yAxisLeft){if(options.dataAxis!==undefined){this.yAxisLeft.setOptions(this.options.dataAxis);this.yAxisRight.setOptions(this.options.dataAxis)}}if(this.legendLeft){if(options.legend!==undefined){this.legendLeft.setOptions(this.options.legend);this.legendRight.setOptions(this.options.legend)}}if(this.groups.hasOwnProperty(UNGROUPED)){this.groups[UNGROUPED].setOptions(options)}}if(this.dom.frame){this.redraw(true)}};LineGraph.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};LineGraph.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};LineGraph.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids)}this._updateUngrouped();this.redraw(true)};LineGraph.prototype.setGroups=function(groups){var me=this;var ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.unsubscribe(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._onUpdate()};LineGraph.prototype._onUpdate=function(ids){this._updateUngrouped();this._updateAllGroupData();this.redraw(true)};LineGraph.prototype._onAdd=function(ids){this._onUpdate(ids)};LineGraph.prototype._onRemove=function(ids){this._onUpdate(ids)};LineGraph.prototype._onUpdateGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){var group=this.groupsData.get(groupIds[i]);this._updateGroup(group,groupIds[i])}this.redraw(true)};LineGraph.prototype._onAddGroups=function(groupIds){this._onUpdateGroups(groupIds)};LineGraph.prototype._onRemoveGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){if(this.groups.hasOwnProperty(groupIds[i])){if(this.groups[groupIds[i]].options.yAxisOrientation==\"right\"){this.yAxisRight.removeGroup(groupIds[i]);this.legendRight.removeGroup(groupIds[i]);this.legendRight.redraw()}else{this.yAxisLeft.removeGroup(groupIds[i]);this.legendLeft.removeGroup(groupIds[i]);this.legendLeft.redraw()}delete this.groups[groupIds[i]]}}this._updateUngrouped();this.redraw(true)};LineGraph.prototype._updateGroup=function(group,groupId){if(!this.groups.hasOwnProperty(groupId)){this.groups[groupId]=new GraphGroup(group,groupId,this.options,this.groupsUsingDefaultStyles);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.addGroup(groupId,this.groups[groupId]);this.legendRight.addGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.addGroup(groupId,this.groups[groupId]);this.legendLeft.addGroup(groupId,this.groups[groupId])}}else{this.groups[groupId].update(group);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.updateGroup(groupId,this.groups[groupId]);this.legendRight.updateGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.updateGroup(groupId,this.groups[groupId]);this.legendLeft.updateGroup(groupId,this.groups[groupId])}}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype._updateAllGroupData=function(){if(this.itemsData!=null){var groupsContent={};var groupId;for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){groupsContent[groupId]=[]}}for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(groupsContent[item.group]===undefined){throw new Error(\"Cannot find referenced group. Possible reason: items added before groups? Groups need to be added before items, as items refer to groups.\")}item.x=util.convert(item.x,\"Date\");groupsContent[item.group].push(item)}}for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){this.groups[groupId].setItems(groupsContent[groupId])}}}};LineGraph.prototype._updateUngrouped=function(){if(this.itemsData&&this.itemsData!=null){var ungroupedCounter=0;for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(item!=undefined){if(item.hasOwnProperty(\"group\")){if(item.group===undefined){item.group=UNGROUPED}}else{item.group=UNGROUPED}ungroupedCounter=item.group==UNGROUPED?ungroupedCounter+1:ungroupedCounter}}}if(ungroupedCounter==0){delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}else{var group={id:UNGROUPED,content:this.options.defaultGroup};this._updateGroup(group,UNGROUPED)}}else{delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype.redraw=function(forceGraphUpdate){var resized=false;this.props.width=this.dom.frame.offsetWidth;this.props.height=this.body.domProps.centerContainer.height;if(this.lastWidth===undefined&&this.props.width){forceGraphUpdate=true}resized=this._isResized()||resized;var visibleInterval=this.body.range.end-this.body.range.start;var zoomed=visibleInterval!=this.lastVisibleInterval;this.lastVisibleInterval=visibleInterval;if(resized==true){this.svg.style.width=util.option.asSize(3*this.props.width);this.svg.style.left=util.option.asSize(-this.props.width);if((this.options.height+\"\").indexOf(\"%\")!=-1||this.updateSVGheightOnResize==true){this.updateSVGheight=true}}if(this.updateSVGheight==true){if(this.options.graphHeight!=this.body.domProps.centerContainer.height+\"px\"){this.options.graphHeight=this.body.domProps.centerContainer.height+\"px\";this.svg.style.height=this.body.domProps.centerContainer.height+\"px\"}this.updateSVGheight=false}else{this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\"}if(resized==true||zoomed==true||this.abortedGraphUpdate==true||forceGraphUpdate==true){resized=this._updateGraph()||resized}else{if(this.lastStart!=0){var offset=this.body.range.start-this.lastStart;var range=this.body.range.end-this.body.range.start;if(this.props.width!=0){var rangePerPixelInv=this.props.width/range;var xOffset=offset*rangePerPixelInv;this.svg.style.left=-this.props.width-xOffset+\"px\"}}}this.legendLeft.redraw();this.legendRight.redraw();return resized};LineGraph.prototype._updateGraph=function(){DOMutil.prepareElements(this.svgElements);if(this.props.width!=0&&this.itemsData!=null){var group,i;var preprocessedGroupData={};var processedGroupData={};var groupRanges={};var changeCalled=false;var groupIds=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){group=this.groups[groupId];if(group.visible==true&&(this.options.groups.visibility[groupId]===undefined||this.options.groups.visibility[groupId]==true)){groupIds.push(groupId)}}}if(groupIds.length>0){var minDate=this.body.util.toGlobalTime(-this.body.domProps.root.width);var maxDate=this.body.util.toGlobalTime(2*this.body.domProps.root.width);var groupsData={};this._getRelevantData(groupIds,groupsData,minDate,maxDate);this._applySampling(groupIds,groupsData);for(i=0;i<groupIds.length;i++){preprocessedGroupData[groupIds[i]]=this._convertXcoordinates(groupsData[groupIds[i]])}this._getYRanges(groupIds,preprocessedGroupData,groupRanges);changeCalled=this._updateYAxis(groupIds,groupRanges);var MAX_CYCLES=5;if(changeCalled==true&&this.COUNTER<MAX_CYCLES){DOMutil.cleanupElements(this.svgElements);this.abortedGraphUpdate=true;this.COUNTER++;this.body.emitter.emit(\"change\");return true}else{if(this.COUNTER>MAX_CYCLES){console.log(\"WARNING: there may be an infinite loop in the _updateGraph emitter cycle.\")}this.COUNTER=0;this.abortedGraphUpdate=false;for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];processedGroupData[groupIds[i]]=this._convertYcoordinates(groupsData[groupIds[i]],group)}for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.style!=\"bar\"){group.draw(processedGroupData[groupIds[i]],group,this.framework)}}BarGraphFunctions.draw(groupIds,processedGroupData,this.framework)}}}DOMutil.cleanupElements(this.svgElements);return false};LineGraph.prototype._getRelevantData=function(groupIds,groupsData,minDate,maxDate){var group,i,j,item;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];groupsData[groupIds[i]]=[];var dataContainer=groupsData[groupIds[i]];if(group.options.sort==true){var guess=Math.max(0,util.binarySearchValue(group.itemsData,minDate,\"x\",\"before\"));for(j=guess;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>maxDate){dataContainer.push(item);break}else{dataContainer.push(item)}}}}else{for(j=0;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>minDate&&item.x<maxDate){dataContainer.push(item)}}}}}}};LineGraph.prototype._applySampling=function(groupIds,groupsData){var group;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.sampling==true){var dataContainer=groupsData[groupIds[i]];if(dataContainer.length>0){var increment=1;var amountOfPoints=dataContainer.length;var xDistance=this.body.util.toGlobalScreen(dataContainer[dataContainer.length-1].x)-this.body.util.toGlobalScreen(dataContainer[0].x);var pointsPerPixel=amountOfPoints/xDistance;increment=Math.min(Math.ceil(.2*amountOfPoints),Math.max(1,Math.round(pointsPerPixel)));var sampledData=[];for(var j=0;j<amountOfPoints;j+=increment){sampledData.push(dataContainer[j])}groupsData[groupIds[i]]=sampledData}}}}};LineGraph.prototype._getYRanges=function(groupIds,groupsData,groupRanges){var groupData,group,i;var barCombinedDataLeft=[];var barCombinedDataRight=[];var options;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){groupData=groupsData[groupIds[i]];options=this.groups[groupIds[i]].options;if(groupData.length>0){group=this.groups[groupIds[i]];if(options.barChart.handleOverlap==\"stack\"&&options.style==\"bar\"){if(options.yAxisOrientation==\"left\"){barCombinedDataLeft=barCombinedDataLeft.concat(group.getYRange(groupData))}else{barCombinedDataRight=barCombinedDataRight.concat(group.getYRange(groupData))}}else{groupRanges[groupIds[i]]=group.getYRange(groupData,groupIds[i])}}}BarGraphFunctions.getStackedBarYRange(barCombinedDataLeft,groupRanges,groupIds,\"__barchartLeft\",\"left\");BarGraphFunctions.getStackedBarYRange(barCombinedDataRight,groupRanges,groupIds,\"__barchartRight\",\"right\")}};LineGraph.prototype._updateYAxis=function(groupIds,groupRanges){var resized=false;var yAxisLeftUsed=false;var yAxisRightUsed=false;var minLeft=1e9,minRight=1e9,maxLeft=-1e9,maxRight=-1e9,minVal,maxVal;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){var group=this.groups[groupIds[i]];if(group&&group.options.yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=0;maxLeft=0}else if(group&&group.options.yAxisOrientation){yAxisRightUsed=true;minRight=0;maxRight=0}}for(var i=0;i<groupIds.length;i++){if(groupRanges.hasOwnProperty(groupIds[i])){if(groupRanges[groupIds[i]].ignore!==true){minVal=groupRanges[groupIds[i]].min;maxVal=groupRanges[groupIds[i]].max;if(groupRanges[groupIds[i]].yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=minLeft>minVal?minVal:minLeft;maxLeft=maxLeft<maxVal?maxVal:maxLeft}else{yAxisRightUsed=true;minRight=minRight>minVal?minVal:minRight;maxRight=maxRight<maxVal?maxVal:maxRight}}}}if(yAxisLeftUsed==true){this.yAxisLeft.setRange(minLeft,maxLeft)}if(yAxisRightUsed==true){this.yAxisRight.setRange(minRight,maxRight)}}resized=this._toggleAxisVisiblity(yAxisLeftUsed,this.yAxisLeft)||resized;resized=this._toggleAxisVisiblity(yAxisRightUsed,this.yAxisRight)||resized;if(yAxisRightUsed==true&&yAxisLeftUsed==true){this.yAxisLeft.drawIcons=true;this.yAxisRight.drawIcons=true}else{this.yAxisLeft.drawIcons=false;this.yAxisRight.drawIcons=false}this.yAxisRight.master=!yAxisLeftUsed;if(this.yAxisRight.master==false){if(yAxisRightUsed==true){this.yAxisLeft.lineOffset=this.yAxisRight.width}else{this.yAxisLeft.lineOffset=0}resized=this.yAxisLeft.redraw()||resized;this.yAxisRight.stepPixelsForced=this.yAxisLeft.stepPixels;this.yAxisRight.zeroCrossing=this.yAxisLeft.zeroCrossing;resized=this.yAxisRight.redraw()||resized}else{resized=this.yAxisRight.redraw()||resized}if(groupIds.indexOf(\"__barchartLeft\")!=-1){groupIds.splice(groupIds.indexOf(\"__barchartLeft\"),1)}if(groupIds.indexOf(\"__barchartRight\")!=-1){groupIds.splice(groupIds.indexOf(\"__barchartRight\"),1)}return resized};LineGraph.prototype._toggleAxisVisiblity=function(axisUsed,axis){var changed=false;if(axisUsed==false){if(axis.dom.frame.parentNode&&axis.hidden==false){axis.hide();changed=true}}else{if(!axis.dom.frame.parentNode&&axis.hidden==true){axis.show();changed=true}}return changed};LineGraph.prototype._convertXcoordinates=function(datapoints){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;for(var i=0;i<datapoints.length;i++){xValue=toScreen(datapoints[i].x)+this.props.width;yValue=datapoints[i].y;extractedData.push({x:xValue,y:yValue})}return extractedData};LineGraph.prototype._convertYcoordinates=function(datapoints,group){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;var axis=this.yAxisLeft;var svgHeight=Number(this.svg.style.height.replace(\"px\",\"\"));if(group.options.yAxisOrientation==\"right\"){axis=this.yAxisRight}for(var i=0;i<datapoints.length;i++){xValue=toScreen(datapoints[i].x)+this.props.width;yValue=Math.round(axis.convertValue(datapoints[i].y));extractedData.push({x:xValue,y:yValue})}group.setZeroPosition(Math.min(svgHeight,axis.convertValue(0)));return extractedData};module.exports=LineGraph},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Component=__webpack_require__(25);var TimeStep=__webpack_require__(19);var DateUtil=__webpack_require__(15);var moment=__webpack_require__(44);function TimeAxis(body,options){this.dom={foreground:null,lines:[],majorTexts:[],minorTexts:[],redundant:{lines:[],majorTexts:[],minorTexts:[]}};this.props={range:{start:0,end:0,minimumStep:0},lineTop:0};this.defaultOptions={orientation:\"bottom\",showMinorLabels:true,showMajorLabels:true,format:null};this.options=util.extend({},this.defaultOptions);this.body=body;this._create();this.setOptions(options)}TimeAxis.prototype=new Component;TimeAxis.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"hiddenDates\",\"format\"],this.options,options);if(\"locale\"in options){if(typeof moment.locale===\"function\"){moment.locale(options.locale)}else{moment.lang(options.locale)}}}};TimeAxis.prototype._create=function(){this.dom.foreground=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.foreground.className=\"timeaxis foreground\";this.dom.background.className=\"timeaxis background\"};TimeAxis.prototype.destroy=function(){if(this.dom.foreground.parentNode){this.dom.foreground.parentNode.removeChild(this.dom.foreground)}if(this.dom.background.parentNode){this.dom.background.parentNode.removeChild(this.dom.background)}this.body=null};TimeAxis.prototype.redraw=function(){var options=this.options;var props=this.props;var foreground=this.dom.foreground;var background=this.dom.background;var parent=options.orientation==\"top\"?this.body.dom.top:this.body.dom.bottom;var parentChanged=foreground.parentNode!==parent;this._calculateCharSize();var orientation=this.options.orientation,showMinorLabels=this.options.showMinorLabels,showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.height=props.minorLabelHeight+props.majorLabelHeight;props.width=foreground.offsetWidth;props.minorLineHeight=this.body.domProps.root.height-props.majorLabelHeight-(options.orientation==\"top\"?this.body.domProps.bottom.height:this.body.domProps.top.height);props.minorLineWidth=1;props.majorLineHeight=props.minorLineHeight+props.majorLabelHeight;props.majorLineWidth=1;var foregroundNextSibling=foreground.nextSibling;var backgroundNextSibling=background.nextSibling;foreground.parentNode&&foreground.parentNode.removeChild(foreground);background.parentNode&&background.parentNode.removeChild(background);foreground.style.height=this.props.height+\"px\";this._repaintLabels();if(foregroundNextSibling){parent.insertBefore(foreground,foregroundNextSibling)}else{parent.appendChild(foreground)}if(backgroundNextSibling){this.body.dom.backgroundVertical.insertBefore(background,backgroundNextSibling)}else{this.body.dom.backgroundVertical.appendChild(background)}return this._isResized()||parentChanged};TimeAxis.prototype._repaintLabels=function(){var orientation=this.options.orientation;var start=util.convert(this.body.range.start,\"Number\");var end=util.convert(this.body.range.end,\"Number\");var timeLabelsize=this.body.util.toTime((this.props.minorCharWidth||10)*7).valueOf();var minimumStep=timeLabelsize-DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this.body.range,timeLabelsize);minimumStep-=this.body.util.toTime(0).valueOf();var step=new TimeStep(new Date(start),new Date(end),minimumStep,this.body.hiddenDates);if(this.options.format){step.setFormat(this.options.format)}this.step=step;var dom=this.dom;dom.redundant.lines=dom.lines;dom.redundant.majorTexts=dom.majorTexts;dom.redundant.minorTexts=dom.minorTexts;dom.lines=[];dom.majorTexts=[];dom.minorTexts=[];var cur;var x=0;var isMajor;var xPrev=0;var width=0;var prevLine;var xFirstMajorLabel=undefined;var max=0;var className;step.first();while(step.hasNext()&&max<1e3){max++;cur=step.getCurrent();isMajor=step.isMajor();className=step.getClassName();xPrev=x;x=this.body.util.toScreen(cur);width=x-xPrev;if(prevLine){prevLine.style.width=width+\"px\"}if(this.options.showMinorLabels){this._repaintMinorText(x,step.getLabelMinor(),orientation,className)}if(isMajor&&this.options.showMajorLabels){if(x>0){if(xFirstMajorLabel==undefined){xFirstMajorLabel=x}this._repaintMajorText(x,step.getLabelMajor(),orientation,className)}prevLine=this._repaintMajorLine(x,orientation,className)}else{prevLine=this._repaintMinorLine(x,orientation,className)}step.next()}if(this.options.showMajorLabels){var leftTime=this.body.util.toTime(0),leftText=step.getLabelMajor(leftTime),widthText=leftText.length*(this.props.majorCharWidth||10)+10;if(xFirstMajorLabel==undefined||widthText<xFirstMajorLabel){this._repaintMajorText(0,leftText,orientation,className)}}util.forEach(this.dom.redundant,function(arr){while(arr.length){var elem=arr.pop();if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}})};TimeAxis.prototype._repaintMinorText=function(x,text,orientation,className){var label=this.dom.redundant.minorTexts.shift();if(!label){var content=document.createTextNode(\"\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.minorTexts.push(label);label.childNodes[0].nodeValue=text;label.style.top=orientation==\"top\"?this.props.majorLabelHeight+\"px\":\"0\";label.style.left=x+\"px\";label.className=\"text minor \"+className};TimeAxis.prototype._repaintMajorText=function(x,text,orientation,className){var label=this.dom.redundant.majorTexts.shift();if(!label){var content=document.createTextNode(text);label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.majorTexts.push(label);label.childNodes[0].nodeValue=text;label.className=\"text major \"+className;label.style.top=orientation==\"top\"?\"0\":this.props.minorLabelHeight+\"px\";label.style.left=x+\"px\"};TimeAxis.prototype._repaintMinorLine=function(x,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=props.majorLabelHeight+\"px\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.height=props.minorLineHeight+\"px\";line.style.left=x-props.minorLineWidth/2+\"px\";line.className=\"grid vertical minor \"+className;return line};TimeAxis.prototype._repaintMajorLine=function(x,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=\"0\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.left=x-props.majorLineWidth/2+\"px\";line.style.height=props.majorLineHeight+\"px\";line.className=\"grid vertical major \"+className;return line};TimeAxis.prototype._calculateCharSize=function(){if(!this.dom.measureCharMinor){this.dom.measureCharMinor=document.createElement(\"DIV\");this.dom.measureCharMinor.className=\"text minor measure\";this.dom.measureCharMinor.style.position=\"absolute\";this.dom.measureCharMinor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMinor)}this.props.minorCharHeight=this.dom.measureCharMinor.clientHeight;this.props.minorCharWidth=this.dom.measureCharMinor.clientWidth;if(!this.dom.measureCharMajor){this.dom.measureCharMajor=document.createElement(\"DIV\");this.dom.measureCharMajor.className=\"text major measure\";this.dom.measureCharMajor.style.position=\"absolute\";this.dom.measureCharMajor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMajor)}this.props.majorCharHeight=this.dom.measureCharMajor.clientHeight;this.props.majorCharWidth=this.dom.measureCharMajor.clientWidth};TimeAxis.prototype.snap=function(date){return this.step.snap(date)};module.exports=TimeAxis},function(module,exports,__webpack_require__){var Emitter=__webpack_require__(56);var Hammer=__webpack_require__(45);var keycharm=__webpack_require__(57);var util=__webpack_require__(1);var hammerUtil=__webpack_require__(47);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var dotparser=__webpack_require__(42);var gephiParser=__webpack_require__(43);var Groups=__webpack_require__(38);var Images=__webpack_require__(39);var Node=__webpack_require__(40);var Edge=__webpack_require__(37);var Popup=__webpack_require__(41);var MixinLoader=__webpack_require__(52);var Activator=__webpack_require__(53);var locales=__webpack_require__(54);__webpack_require__(55);function Network(container,data,options){if(!(this instanceof Network)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this._determineBrowserMethod();this._initializeMixinLoaders();this.containerElement=container;this.renderRefreshRate=60;this.renderTimestep=1e3/this.renderRefreshRate;this.renderTime=0;this.physicsTime=0;this.runDoubleSpeed=false;this.physicsDiscreteStepsize=.5;this.initializing=true;this.triggerFunctions={add:null,edit:null,editEdge:null,connect:null,del:null};this.defaultOptions={nodes:{mass:1,radiusMin:10,radiusMax:30,radius:10,shape:\"ellipse\",image:undefined,widthMin:16,widthMax:64,fontColor:\"black\",fontSize:14,fontFace:\"verdana\",fontFill:undefined,fontStrokeWidth:0,fontStrokeColor:\"white\",level:-1,color:{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},group:undefined,borderWidth:1,borderWidthSelected:undefined},edges:{widthMin:1,widthMax:15,width:1,widthSelectionMultiplier:2,hoverWidth:1.5,style:\"line\",color:{color:\"#848484\",highlight:\"#848484\",hover:\"#848484\"},fontColor:\"#343434\",fontSize:14,fontFace:\"arial\",fontFill:\"white\",fontStrokeWidth:0,fontStrokeColor:\"white\",labelAlignment:\"horizontal\",arrowScaleFactor:1,dash:{length:10,gap:5,altLength:undefined},inheritColor:\"from\"},configurePhysics:false,physics:{barnesHut:{enabled:true,thetaInverted:1/.5,gravitationalConstant:-2e3,centralGravity:.3,springLength:95,springConstant:.04,damping:.09},repulsion:{centralGravity:0,springLength:200,springConstant:.05,nodeDistance:100,damping:.09},hierarchicalRepulsion:{enabled:false,centralGravity:0,springLength:100,springConstant:.01,nodeDistance:150,damping:.09},damping:null,centralGravity:null,springLength:null,springConstant:null},clustering:{enabled:false,initialMaxNodes:100,clusterThreshold:500,reduceToNodes:300,chainThreshold:.4,clusterEdgeThreshold:20,sectorThreshold:100,screenSizeThreshold:.2,fontSizeMultiplier:4,maxFontSize:1e3,forceAmplification:.1,distanceAmplification:.1,edgeGrowth:20,nodeScaling:{width:1,height:1,radius:1},maxNodeSizeIncrements:600,activeAreaBoxSize:80,clusterLevelDifference:2},navigation:{enabled:false},keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02}},dataManipulation:{enabled:false,initiallyVisible:false},hierarchicalLayout:{enabled:false,levelSeparation:150,nodeSpacing:100,direction:\"UD\",layout:\"hubsize\"},freezeForStabilization:false,smoothCurves:{enabled:true,dynamic:true,type:\"continuous\",roundness:.5},maxVelocity:30,minVelocity:.1,stabilize:true,stabilizationIterations:1e3,zoomExtentOnStabilize:true,locale:\"en\",locales:locales,tooltip:{delay:300,fontColor:\"black\",fontSize:14,fontFace:\"verdana\",color:{border:\"#666\",background:\"#FFFFC6\"}},dragNetwork:true,dragNodes:true,zoomable:true,hover:false,hideEdgesOnDrag:false,hideNodesOnDrag:false,width:\"100%\",height:\"100%\",selectable:true};this.constants=util.extend({},this.defaultOptions);this.pixelRatio=1;this.hoverObj={nodes:{},edges:{}};this.controlNodesActive=false;this.navigationHammers={existing:[],_new:[]};this.animationSpeed=1/this.renderRefreshRate;this.animationEasingFunction=\"easeInOutQuint\";this.animating=false;this.easingTime=0;this.sourceScale=0;this.targetScale=0;this.sourceTranslation=0;this.targetTranslation=0;this.lockedOnNodeId=null;this.lockedOnNodeOffset=null;this.touchTime=0;var network=this;this.groups=new Groups;this.images=new Images;this.images.setOnloadCallback(function(status){network._redraw()});this.xIncrement=0;this.yIncrement=0;this.zoomIncrement=0;this._loadPhysicsSystem();this._create();this._loadSectorSystem();this._loadClusterSystem();this._loadSelectionSystem();this._loadHierarchySystem();this._setTranslation(this.frame.clientWidth/2,this.frame.clientHeight/2);this._setScale(1);this.setOptions(options);this.freezeSimulation=false;this.cachedFunctions={};this.startedStabilization=false;this.stabilized=false;this.stabilizationIterations=null;this.draggingNodes=false;this.calculationNodes={};this.calculationNodeIndices=[];this.nodeIndices=[];this.nodes={};this.edges={};this.canvasTopLeft={x:0,y:0};this.canvasBottomRight={x:0,y:0};this.pointerPosition={x:0,y:0};this.areaCenter={};this.scale=1;this.previousScale=this.scale;this.nodesData=null;this.edgesData=null;this.nodesListeners={add:function(event,params){network._addNodes(params.items);network.start()},update:function(event,params){network._updateNodes(params.items,params.data);network.start()},remove:function(event,params){network._removeNodes(params.items);network.start()}};this.edgesListeners={add:function(event,params){network._addEdges(params.items);network.start()},update:function(event,params){network._updateEdges(params.items);network.start()},remove:function(event,params){network._removeEdges(params.items);network.start()}};this.moving=true;this.timer=undefined;this.setData(data,this.constants.clustering.enabled||this.constants.hierarchicalLayout.enabled);this.initializing=false;if(this.constants.hierarchicalLayout.enabled==true){this._setupHierarchicalLayout()}else{if(this.constants.stabilize==false){this.zoomExtent(undefined,true,this.constants.clustering.enabled)}}if(this.constants.clustering.enabled){this.startWithClustering()}}Emitter(Network.prototype);Network.prototype._determineBrowserMethod=function(){var browserType=navigator.userAgent.toLowerCase();this.requiresTimeout=false;if(browserType.indexOf(\"msie 9.0\")!=-1){this.requiresTimeout=true}else if(browserType.indexOf(\"safari\")!=-1){if(browserType.indexOf(\"chrome\")<=-1){this.requiresTimeout=true}}};Network.prototype._getScriptPath=function(){var scripts=document.getElementsByTagName(\"script\");for(var i=0;i<scripts.length;i++){var src=scripts[i].src;var match=src&&/\\/?vis(.min)?\\.js$/.exec(src);if(match){return src.substring(0,src.length-match[0].length)}}return null};Network.prototype._getRange=function(){var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];if(minX>node.boundingBox.left){minX=node.boundingBox.left}if(maxX<node.boundingBox.right){maxX=node.boundingBox.right}if(minY>node.boundingBox.bottom){minY=node.boundingBox.top}if(maxY<node.boundingBox.top){maxY=node.boundingBox.bottom}}}if(minX==1e9&&maxX==-1e9&&minY==1e9&&maxY==-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}};Network.prototype._findCenter=function(range){return{x:.5*(range.maxX+range.minX),y:.5*(range.maxY+range.minY)}};Network.prototype.zoomExtent=function(animationOptions,initialZoom,disableStart){this._redraw(true);if(initialZoom===undefined){initialZoom=false}if(disableStart===undefined){disableStart=false}if(animationOptions===undefined){animationOptions=false}var range=this._getRange();var zoomLevel;if(initialZoom==true){var numberOfNodes=this.nodeIndices.length;if(this.constants.smoothCurves==true){if(this.constants.clustering.enabled==true&&numberOfNodes>=this.constants.clustering.initialMaxNodes){zoomLevel=49.07548/(numberOfNodes+142.05338)+91444e-8}else{zoomLevel=12.662/(numberOfNodes+7.4147)+.0964822}}else{if(this.constants.clustering.enabled==true&&numberOfNodes>=this.constants.clustering.initialMaxNodes){zoomLevel=77.5271985/(numberOfNodes+187.266146)+476710517e-13}else{zoomLevel=30.5062972/(numberOfNodes+19.93597763)+.08413486}}var factor=Math.min(this.frame.canvas.clientWidth/600,this.frame.canvas.clientHeight/600);zoomLevel*=factor}else{var xDistance=Math.abs(range.maxX-range.minX)*1.1;var yDistance=Math.abs(range.maxY-range.minY)*1.1;var xZoomLevel=this.frame.canvas.clientWidth/xDistance;var yZoomLevel=this.frame.canvas.clientHeight/yDistance;zoomLevel=xZoomLevel<=yZoomLevel?xZoomLevel:yZoomLevel}if(zoomLevel>1){zoomLevel=1}var center=this._findCenter(range);if(disableStart==false){var options={position:center,scale:zoomLevel,animation:animationOptions};this.moveTo(options);this.moving=true;this.start()}else{center.x*=zoomLevel;center.y*=zoomLevel;center.x-=.5*this.frame.canvas.clientWidth;center.y-=.5*this.frame.canvas.clientHeight;this._setScale(zoomLevel);this._setTranslation(-center.x,-center.y)}};Network.prototype._updateNodeIndexList=function(){this._clearNodeIndexList();for(var idx in this.nodes){if(this.nodes.hasOwnProperty(idx)){this.nodeIndices.push(idx)}}};Network.prototype.setData=function(data,disableStart){if(disableStart===undefined){disableStart=false}this.initializing=true;if(data&&data.dot&&(data.nodes||data.edges)){throw new SyntaxError('Data must contain either parameter \"dot\" or '+' parameter pair \"nodes\" and \"edges\", but not both.')}if(this.constants.dataManipulation.enabled==true){this._createManipulatorBar()}this.setOptions(data&&data.options);if(data&&data.dot){if(data&&data.dot){var dotData=dotparser.DOTToGraph(data.dot);this.setData(dotData);return}}else if(data&&data.gephi){if(data&&data.gephi){var gephiData=gephiParser.parseGephi(data.gephi);\nthis.setData(gephiData);return}}else{this._setNodes(data&&data.nodes);this._setEdges(data&&data.edges)}this._putDataInSector();if(disableStart==false){if(this.constants.hierarchicalLayout.enabled==true){this._resetLevels();this._setupHierarchicalLayout()}else{if(this.constants.stabilize){this._stabilize()}}this.start()}this.initializing=false};Network.prototype.setOptions=function(options){if(options){var prop;var fields=[\"nodes\",\"edges\",\"smoothCurves\",\"hierarchicalLayout\",\"clustering\",\"navigation\",\"keyboard\",\"dataManipulation\",\"onAdd\",\"onEdit\",\"onEditEdge\",\"onConnect\",\"onDelete\",\"clickToUse\"];util.selectiveNotDeepExtend(fields,this.constants,options);util.selectiveNotDeepExtend([\"color\"],this.constants.nodes,options.nodes);util.selectiveNotDeepExtend([\"color\",\"length\"],this.constants.edges,options.edges);if(options.physics){util.mergeOptions(this.constants.physics,options.physics,\"barnesHut\");util.mergeOptions(this.constants.physics,options.physics,\"repulsion\");if(options.physics.hierarchicalRepulsion){this.constants.hierarchicalLayout.enabled=true;this.constants.physics.hierarchicalRepulsion.enabled=true;this.constants.physics.barnesHut.enabled=false;for(prop in options.physics.hierarchicalRepulsion){if(options.physics.hierarchicalRepulsion.hasOwnProperty(prop)){this.constants.physics.hierarchicalRepulsion[prop]=options.physics.hierarchicalRepulsion[prop]}}}}if(options.onAdd){this.triggerFunctions.add=options.onAdd}if(options.onEdit){this.triggerFunctions.edit=options.onEdit}if(options.onEditEdge){this.triggerFunctions.editEdge=options.onEditEdge}if(options.onConnect){this.triggerFunctions.connect=options.onConnect}if(options.onDelete){this.triggerFunctions.del=options.onDelete}util.mergeOptions(this.constants,options,\"smoothCurves\");util.mergeOptions(this.constants,options,\"hierarchicalLayout\");util.mergeOptions(this.constants,options,\"clustering\");util.mergeOptions(this.constants,options,\"navigation\");util.mergeOptions(this.constants,options,\"keyboard\");util.mergeOptions(this.constants,options,\"dataManipulation\");if(options.dataManipulation){this.editMode=this.constants.dataManipulation.initiallyVisible}if(options.edges){if(options.edges.color!==undefined){if(util.isString(options.edges.color)){this.constants.edges.color={};this.constants.edges.color.color=options.edges.color;this.constants.edges.color.highlight=options.edges.color;this.constants.edges.color.hover=options.edges.color}else{if(options.edges.color.color!==undefined){this.constants.edges.color.color=options.edges.color.color}if(options.edges.color.highlight!==undefined){this.constants.edges.color.highlight=options.edges.color.highlight}if(options.edges.color.hover!==undefined){this.constants.edges.color.hover=options.edges.color.hover}}this.constants.edges.inheritColor=false}if(!options.edges.fontColor){if(options.edges.color!==undefined){if(util.isString(options.edges.color)){this.constants.edges.fontColor=options.edges.color}else if(options.edges.color.color!==undefined){this.constants.edges.fontColor=options.edges.color.color}}}}if(options.nodes){if(options.nodes.color){var newColorObj=util.parseColor(options.nodes.color);this.constants.nodes.color.background=newColorObj.background;this.constants.nodes.color.border=newColorObj.border;this.constants.nodes.color.highlight.background=newColorObj.highlight.background;this.constants.nodes.color.highlight.border=newColorObj.highlight.border;this.constants.nodes.color.hover.background=newColorObj.hover.background;this.constants.nodes.color.hover.border=newColorObj.hover.border}}if(options.groups){for(var groupname in options.groups){if(options.groups.hasOwnProperty(groupname)){var group=options.groups[groupname];this.groups.add(groupname,group)}}}if(options.tooltip){for(prop in options.tooltip){if(options.tooltip.hasOwnProperty(prop)){this.constants.tooltip[prop]=options.tooltip[prop]}}if(options.tooltip.color){this.constants.tooltip.color=util.parseColor(options.tooltip.color)}}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.frame);this.activator.on(\"change\",this._createKeyBinds.bind(this))}}else{if(this.activator){this.activator.destroy();delete this.activator}}}if(options.labels){throw new Error('Option \"labels\" is deprecated. Use options \"locale\" and \"locales\" instead.')}this._loadPhysicsSystem();this._loadNavigationControls();this._loadManipulationSystem();this._configureSmoothCurves();this._bindHammer();this._createKeyBinds();this.setSize(this.constants.width,this.constants.height);this.moving=true;this.start()}};Network.prototype._create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.className=\"vis network-frame\";this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);if(!this.frame.canvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}else{var ctx=this.frame.canvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.frame.canvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this._bindHammer()};Network.prototype._bindHammer=function(){var me=this;if(this.hammer!==undefined){this.hammer.dispose()}this.drag={};this.pinch={};this.hammer=Hammer(this.frame.canvas,{prevent_default:true});this.hammer.on(\"tap\",me._onTap.bind(me));this.hammer.on(\"doubletap\",me._onDoubleTap.bind(me));this.hammer.on(\"hold\",me._onHold.bind(me));this.hammer.on(\"touch\",me._onTouch.bind(me));this.hammer.on(\"dragstart\",me._onDragStart.bind(me));this.hammer.on(\"drag\",me._onDrag.bind(me));this.hammer.on(\"dragend\",me._onDragEnd.bind(me));if(this.constants.zoomable==true){this.hammer.on(\"mousewheel\",me._onMouseWheel.bind(me));this.hammer.on(\"DOMMouseScroll\",me._onMouseWheel.bind(me));this.hammer.on(\"pinch\",me._onPinch.bind(me))}this.hammer.on(\"mousemove\",me._onMouseMoveTitle.bind(me));this.hammerFrame=Hammer(this.frame,{prevent_default:true});this.hammerFrame.on(\"release\",me._onRelease.bind(me));this.containerElement.appendChild(this.frame)};Network.prototype._createKeyBinds=function(){var me=this;if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.keycharm.reset();if(this.constants.keyboard.enabled&&this.isActive()){this.keycharm.bind(\"up\",this._moveUp.bind(me),\"keydown\");this.keycharm.bind(\"up\",this._yStopMoving.bind(me),\"keyup\");this.keycharm.bind(\"down\",this._moveDown.bind(me),\"keydown\");this.keycharm.bind(\"down\",this._yStopMoving.bind(me),\"keyup\");this.keycharm.bind(\"left\",this._moveLeft.bind(me),\"keydown\");this.keycharm.bind(\"left\",this._xStopMoving.bind(me),\"keyup\");this.keycharm.bind(\"right\",this._moveRight.bind(me),\"keydown\");this.keycharm.bind(\"right\",this._xStopMoving.bind(me),\"keyup\");this.keycharm.bind(\"=\",this._zoomIn.bind(me),\"keydown\");this.keycharm.bind(\"=\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"num+\",this._zoomIn.bind(me),\"keydown\");this.keycharm.bind(\"num+\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"num-\",this._zoomOut.bind(me),\"keydown\");this.keycharm.bind(\"num-\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"-\",this._zoomOut.bind(me),\"keydown\");this.keycharm.bind(\"-\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"[\",this._zoomIn.bind(me),\"keydown\");this.keycharm.bind(\"[\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"]\",this._zoomOut.bind(me),\"keydown\");this.keycharm.bind(\"]\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"pageup\",this._zoomIn.bind(me),\"keydown\");this.keycharm.bind(\"pageup\",this._stopZoom.bind(me),\"keyup\");this.keycharm.bind(\"pagedown\",this._zoomOut.bind(me),\"keydown\");this.keycharm.bind(\"pagedown\",this._stopZoom.bind(me),\"keyup\")}if(this.constants.dataManipulation.enabled==true){this.keycharm.bind(\"esc\",this._createManipulatorBar.bind(me));this.keycharm.bind(\"delete\",this._deleteSelected.bind(me))}};Network.prototype.destroy=function(){this.start=function(){};this.redraw=function(){};this.timer=false;this._cleanupPhysicsConfiguration();this.keycharm.reset();this.hammer.dispose();this.off();this._recursiveDOMDelete(this.containerElement)};Network.prototype._recursiveDOMDelete=function(DOMobject){while(DOMobject.hasChildNodes()==true){this._recursiveDOMDelete(DOMobject.firstChild);DOMobject.removeChild(DOMobject.firstChild)}};Network.prototype._getPointer=function(touch){return{x:touch.pageX-util.getAbsoluteLeft(this.frame.canvas),y:touch.pageY-util.getAbsoluteTop(this.frame.canvas)}};Network.prototype._onTouch=function(event){if((new Date).valueOf()-this.touchTime>100){this.drag.pointer=this._getPointer(event.gesture.center);this.drag.pinched=false;this.pinch.scale=this._getScale();this.touchTime=(new Date).valueOf();this._handleTouch(this.drag.pointer)}};Network.prototype._onDragStart=function(event){this._handleDragStart(event)};Network.prototype._handleDragStart=function(event){if(this.drag.pointer===undefined){this._onTouch(event)}var node=this._getNodeAt(this.drag.pointer);this.drag.dragging=true;this.drag.selection=[];this.drag.translation=this._getTranslation();this.drag.nodeId=null;this.draggingNodes=false;if(node!=null&&this.constants.dragNodes==true){this.draggingNodes=true;this.drag.nodeId=node.id;if(!node.isSelected()){this._selectObject(node,false)}this.emit(\"dragStart\",{nodeIds:this.getSelection().nodes});for(var objectId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(objectId)){var object=this.selectionObj.nodes[objectId];var s={id:object.id,node:object,x:object.x,y:object.y,xFixed:object.xFixed,yFixed:object.yFixed};object.xFixed=true;object.yFixed=true;this.drag.selection.push(s)}}}};Network.prototype._onDrag=function(event){this._handleOnDrag(event)};Network.prototype._handleOnDrag=function(event){if(this.drag.pinched){return}this.releaseNode();var pointer=this._getPointer(event.gesture.center);var me=this;var drag=this.drag;var selection=drag.selection;if(selection&&selection.length&&this.constants.dragNodes==true){var deltaX=pointer.x-drag.pointer.x;var deltaY=pointer.y-drag.pointer.y;selection.forEach(function(s){var node=s.node;if(!s.xFixed){node.x=me._XconvertDOMtoCanvas(me._XconvertCanvasToDOM(s.x)+deltaX)}if(!s.yFixed){node.y=me._YconvertDOMtoCanvas(me._YconvertCanvasToDOM(s.y)+deltaY)}});if(!this.moving){this.moving=true;this.start()}}else{if(this.constants.dragNetwork==true){if(this.drag.pointer===undefined){this._handleDragStart(event);return}var diffX=pointer.x-this.drag.pointer.x;var diffY=pointer.y-this.drag.pointer.y;this._setTranslation(this.drag.translation.x+diffX,this.drag.translation.y+diffY);this._redraw()}}};Network.prototype._onDragEnd=function(event){this._handleDragEnd(event)};Network.prototype._handleDragEnd=function(event){this.drag.dragging=false;var selection=this.drag.selection;if(selection&&selection.length){selection.forEach(function(s){s.node.xFixed=s.xFixed;s.node.yFixed=s.yFixed});this.moving=true;this.start()}else{this._redraw()}if(this.draggingNodes==false){this.emit(\"dragEnd\",{nodeIds:[]})}else{this.emit(\"dragEnd\",{nodeIds:this.getSelection().nodes})}};Network.prototype._onTap=function(event){var pointer=this._getPointer(event.gesture.center);this.pointerPosition=pointer;this._handleTap(pointer)};Network.prototype._onDoubleTap=function(event){var pointer=this._getPointer(event.gesture.center);this._handleDoubleTap(pointer)};Network.prototype._onHold=function(event){var pointer=this._getPointer(event.gesture.center);this.pointerPosition=pointer;this._handleOnHold(pointer)};Network.prototype._onRelease=function(event){var pointer=this._getPointer(event.gesture.center);this._handleOnRelease(pointer)};Network.prototype._onPinch=function(event){var pointer=this._getPointer(event.gesture.center);this.drag.pinched=true;if(!(\"scale\"in this.pinch)){this.pinch.scale=1}var scale=this.pinch.scale*event.gesture.scale;this._zoom(scale,pointer)};Network.prototype._zoom=function(scale,pointer){if(this.constants.zoomable==true){var scaleOld=this._getScale();if(scale<1e-5){scale=1e-5}if(scale>10){scale=10}var preScaleDragPointer=null;if(this.drag!==undefined){if(this.drag.dragging==true){preScaleDragPointer=this.DOMtoCanvas(this.drag.pointer)}}var translation=this._getTranslation();var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*pointer.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*pointer.y+translation.y*scaleFrac;this.areaCenter={x:this._XconvertDOMtoCanvas(pointer.x),y:this._YconvertDOMtoCanvas(pointer.y)};this._setScale(scale);this._setTranslation(tx,ty);this.updateClustersDefault();if(preScaleDragPointer!=null){var postScaleDragPointer=this.canvasToDOM(preScaleDragPointer);this.drag.pointer.x=postScaleDragPointer.x;this.drag.pointer.y=postScaleDragPointer.y}this._redraw();if(scaleOld<scale){this.emit(\"zoom\",{direction:\"+\"})}else{this.emit(\"zoom\",{direction:\"-\"})}return scale}};Network.prototype._onMouseWheel=function(event){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var scale=this._getScale();var zoom=delta/10;if(delta<0){zoom=zoom/(1-zoom)}scale*=1+zoom;var gesture=hammerUtil.fakeGesture(this,event);var pointer=this._getPointer(gesture.center);this._zoom(scale,pointer)}event.preventDefault()};Network.prototype._onMouseMoveTitle=function(event){var gesture=hammerUtil.fakeGesture(this,event);var pointer=this._getPointer(gesture.center);if(this.popupObj){this._checkHidePopup(pointer)}var me=this;var checkShow=function(){me._checkShowPopup(pointer)};if(this.popupTimer){clearInterval(this.popupTimer)}if(!this.drag.dragging){this.popupTimer=setTimeout(checkShow,this.constants.tooltip.delay)}if(this.constants.hover==true){for(var edgeId in this.hoverObj.edges){if(this.hoverObj.edges.hasOwnProperty(edgeId)){this.hoverObj.edges[edgeId].hover=false;delete this.hoverObj.edges[edgeId]}}var obj=this._getNodeAt(pointer);if(obj==null){obj=this._getEdgeAt(pointer)}if(obj!=null){this._hoverObject(obj)}for(var nodeId in this.hoverObj.nodes){if(this.hoverObj.nodes.hasOwnProperty(nodeId)){if(obj instanceof Node&&obj.id!=nodeId||obj instanceof Edge||obj==null){this._blurObject(this.hoverObj.nodes[nodeId]);delete this.hoverObj.nodes[nodeId]}}}this.redraw()}};Network.prototype._checkShowPopup=function(pointer){var obj={left:this._XconvertDOMtoCanvas(pointer.x),top:this._YconvertDOMtoCanvas(pointer.y),right:this._XconvertDOMtoCanvas(pointer.x),bottom:this._YconvertDOMtoCanvas(pointer.y)};var id;var lastPopupNode=this.popupObj;var nodeUnderCursor=false;if(this.popupObj==undefined){var nodes=this.nodes;var overlappingNodes=[];for(id in nodes){if(nodes.hasOwnProperty(id)){var node=nodes[id];if(node.isOverlappingWith(obj)){if(node.getTitle()!==undefined){overlappingNodes.push(id)}}}}if(overlappingNodes.length>0){this.popupObj=this.nodes[overlappingNodes[overlappingNodes.length-1]];nodeUnderCursor=true}}if(this.popupObj===undefined&&nodeUnderCursor==false){var edges=this.edges;var overlappingEdges=[];for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];if(edge.connected&&edge.getTitle()!==undefined&&edge.isOverlappingWith(obj)){overlappingEdges.push(id)}}}if(overlappingEdges.length>0){this.popupObj=this.edges[overlappingEdges[overlappingEdges.length-1]]}}if(this.popupObj){if(this.popupObj!=lastPopupNode){var me=this;if(!me.popup){me.popup=new Popup(me.frame,me.constants.tooltip)}me.popup.setPosition(pointer.x-3,pointer.y-3);me.popup.setText(me.popupObj.getTitle());me.popup.show()}}else{if(this.popup){this.popup.hide()}}};Network.prototype._checkHidePopup=function(pointer){if(!this.popupObj||!this._getNodeAt(pointer)){this.popupObj=undefined;if(this.popup){this.popup.hide()}}};Network.prototype.setSize=function(width,height){var emitEvent=false;var oldWidth=this.frame.canvas.width;var oldHeight=this.frame.canvas.height;if(width!=this.constants.width||height!=this.constants.height||this.frame.style.width!=width||this.frame.style.height!=height){this.frame.style.width=width;this.frame.style.height=height;this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth*this.pixelRatio;this.frame.canvas.height=this.frame.canvas.clientHeight*this.pixelRatio;this.constants.width=width;this.constants.height=height;emitEvent=true}else{if(this.frame.canvas.width!=this.frame.canvas.clientWidth*this.pixelRatio){this.frame.canvas.width=this.frame.canvas.clientWidth*this.pixelRatio;emitEvent=true}if(this.frame.canvas.height!=this.frame.canvas.clientHeight*this.pixelRatio){this.frame.canvas.height=this.frame.canvas.clientHeight*this.pixelRatio;emitEvent=true}}if(emitEvent==true){this.emit(\"resize\",{width:this.frame.canvas.width*this.pixelRatio,height:this.frame.canvas.height*this.pixelRatio,oldWidth:oldWidth*this.pixelRatio,oldHeight:oldHeight*this.pixelRatio})}};Network.prototype._setNodes=function(nodes){var oldNodesData=this.nodesData;if(nodes instanceof DataSet||nodes instanceof DataView){this.nodesData=nodes}else if(Array.isArray(nodes)){this.nodesData=new DataSet;this.nodesData.add(nodes)}else if(!nodes){this.nodesData=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldNodesData){util.forEach(this.nodesListeners,function(callback,event){oldNodesData.off(event,callback)})}this.nodes={};if(this.nodesData){var me=this;util.forEach(this.nodesListeners,function(callback,event){me.nodesData.on(event,callback)});var ids=this.nodesData.getIds();this._addNodes(ids)}this._updateSelection()};Network.prototype._addNodes=function(ids){var id;for(var i=0,len=ids.length;i<len;i++){id=ids[i];var data=this.nodesData.get(id);var node=new Node(data,this.images,this.groups,this.constants);this.nodes[id]=node;if((node.xFixed==false||node.yFixed==false)&&(node.x===null||node.y===null)){var radius=10*.1*ids.length+10;var angle=2*Math.PI*Math.random();if(node.xFixed==false){node.x=radius*Math.cos(angle)}if(node.yFixed==false){node.y=radius*Math.sin(angle)}}this.moving=true}this._updateNodeIndexList();if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}this._updateCalculationNodes();this._reconnectEdges();this._updateValueRange(this.nodes);this.updateLabels()};Network.prototype._updateNodes=function(ids,changedData){var nodes=this.nodes;for(var i=0,len=ids.length;i<len;i++){var id=ids[i];var node=nodes[id];var data=changedData[i];if(node){node.setProperties(data,this.constants)}else{node=new Node(properties,this.images,this.groups,this.constants);nodes[id]=node}}this.moving=true;if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}this._updateNodeIndexList();this._updateValueRange(nodes)};Network.prototype._removeNodes=function(ids){var nodes=this.nodes;for(var i=0,len=ids.length;i<len;i++){var id=ids[i];delete nodes[id]}this._updateNodeIndexList();if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}this._updateCalculationNodes();this._reconnectEdges();this._updateSelection();this._updateValueRange(nodes)};Network.prototype._setEdges=function(edges){var oldEdgesData=this.edgesData;if(edges instanceof DataSet||edges instanceof DataView){this.edgesData=edges}else if(Array.isArray(edges)){this.edgesData=new DataSet;this.edgesData.add(edges)}else if(!edges){this.edgesData=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldEdgesData){util.forEach(this.edgesListeners,function(callback,event){oldEdgesData.off(event,callback)})}this.edges={};if(this.edgesData){var me=this;util.forEach(this.edgesListeners,function(callback,event){me.edgesData.on(event,callback)});var ids=this.edgesData.getIds();this._addEdges(ids)}this._reconnectEdges()};Network.prototype._addEdges=function(ids){var edges=this.edges,edgesData=this.edgesData;for(var i=0,len=ids.length;i<len;i++){var id=ids[i];var oldEdge=edges[id];if(oldEdge){oldEdge.disconnect()}var data=edgesData.get(id,{showInternalIds:true});edges[id]=new Edge(data,this,this.constants)}this.moving=true;this._updateValueRange(edges);this._createBezierNodes();this._updateCalculationNodes();if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}};Network.prototype._updateEdges=function(ids){var edges=this.edges,edgesData=this.edgesData;for(var i=0,len=ids.length;i<len;i++){var id=ids[i];var data=edgesData.get(id);var edge=edges[id];if(edge){edge.disconnect();edge.setProperties(data,this.constants);edge.connect()}else{edge=new Edge(data,this,this.constants);this.edges[id]=edge}}this._createBezierNodes();if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}this.moving=true;this._updateValueRange(edges)};Network.prototype._removeEdges=function(ids){var edges=this.edges;for(var i=0,len=ids.length;i<len;i++){var id=ids[i];var edge=edges[id];if(edge){if(edge.via!=null){delete this.sectors[\"support\"][\"nodes\"][edge.via.id]}edge.disconnect();delete edges[id]}}this.moving=true;this._updateValueRange(edges);if(this.constants.hierarchicalLayout.enabled==true&&this.initializing==false){this._resetLevels();this._setupHierarchicalLayout()}this._updateCalculationNodes()};Network.prototype._reconnectEdges=function(){var id,nodes=this.nodes,edges=this.edges;for(id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].edges=[];nodes[id].dynamicEdges=[]}}for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];edge.from=null;edge.to=null;edge.connect()}}};Network.prototype._updateValueRange=function(obj){var id;var valueMin=undefined;var valueMax=undefined;for(id in obj){if(obj.hasOwnProperty(id)){var value=obj[id].getValue();if(value!==undefined){valueMin=valueMin===undefined?value:Math.min(value,valueMin);valueMax=valueMax===undefined?value:Math.max(value,valueMax)}}}if(valueMin!==undefined&&valueMax!==undefined){for(id in obj){if(obj.hasOwnProperty(id)){obj[id].setValueRange(valueMin,valueMax)}}}};Network.prototype.redraw=function(){this.setSize(this.constants.width,this.constants.height);this._redraw()};Network.prototype._redraw=function(hidden){var ctx=this.frame.canvas.getContext(\"2d\");ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.frame.canvas.width*this.pixelRatio;var h=this.frame.canvas.height*this.pixelRatio;ctx.clearRect(0,0,w,h);ctx.save();ctx.translate(this.translation.x,this.translation.y);ctx.scale(this.scale,this.scale);this.canvasTopLeft={x:this._XconvertDOMtoCanvas(0),y:this._YconvertDOMtoCanvas(0)};this.canvasBottomRight={x:this._XconvertDOMtoCanvas(this.frame.canvas.clientWidth*this.pixelRatio),y:this._YconvertDOMtoCanvas(this.frame.canvas.clientHeight*this.pixelRatio)};if(!(hidden==true)){this._doInAllSectors(\"_drawAllSectorNodes\",ctx);if(this.drag.dragging==false||this.drag.dragging===undefined||this.constants.hideEdgesOnDrag==false){this._doInAllSectors(\"_drawEdges\",ctx)}}if(this.drag.dragging==false||this.drag.dragging===undefined||this.constants.hideNodesOnDrag==false){this._doInAllSectors(\"_drawNodes\",ctx,false)}if(!(hidden==true)){if(this.controlNodesActive==true){this._doInAllSectors(\"_drawControlNodes\",ctx)}}ctx.restore();if(hidden==true){ctx.clearRect(0,0,w,h)}};Network.prototype._setTranslation=function(offsetX,offsetY){if(this.translation===undefined){this.translation={x:0,y:0}}if(offsetX!==undefined){this.translation.x=offsetX}if(offsetY!==undefined){this.translation.y=offsetY}this.emit(\"viewChanged\")};Network.prototype._getTranslation=function(){return{x:this.translation.x,y:this.translation.y}};Network.prototype._setScale=function(scale){this.scale=scale};Network.prototype._getScale=function(){return this.scale};Network.prototype._XconvertDOMtoCanvas=function(x){return(x-this.translation.x)/this.scale};Network.prototype._XconvertCanvasToDOM=function(x){return x*this.scale+this.translation.x};Network.prototype._YconvertDOMtoCanvas=function(y){return(y-this.translation.y)/this.scale};Network.prototype._YconvertCanvasToDOM=function(y){return y*this.scale+this.translation.y};Network.prototype.canvasToDOM=function(pos){return{x:this._XconvertCanvasToDOM(pos.x),y:this._YconvertCanvasToDOM(pos.y)}};Network.prototype.DOMtoCanvas=function(pos){return{x:this._XconvertDOMtoCanvas(pos.x),y:this._YconvertDOMtoCanvas(pos.y)}};Network.prototype._drawNodes=function(ctx,alwaysShow){if(alwaysShow===undefined){alwaysShow=false}var nodes=this.nodes;var selected=[];for(var id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].setScaleAndPos(this.scale,this.canvasTopLeft,this.canvasBottomRight);if(nodes[id].isSelected()){selected.push(id)}else{if(nodes[id].inArea()||alwaysShow){nodes[id].draw(ctx)}}}}for(var s=0,sMax=selected.length;s<sMax;s++){if(nodes[selected[s]].inArea()||alwaysShow){nodes[selected[s]].draw(ctx)}}};Network.prototype._drawEdges=function(ctx){var edges=this.edges;for(var id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];edge.setScale(this.scale);if(edge.connected){edges[id].draw(ctx)}}}};Network.prototype._drawControlNodes=function(ctx){var edges=this.edges;for(var id in edges){if(edges.hasOwnProperty(id)){edges[id]._drawControlNodes(ctx)}}};Network.prototype._stabilize=function(){if(this.constants.freezeForStabilization==true){this._freezeDefinedNodes()}var count=0;while(this.moving&&count<this.constants.stabilizationIterations){this._physicsTick();count++}if(this.constants.zoomExtentOnStabilize==true){this.zoomExtent(undefined,false,true)}if(this.constants.freezeForStabilization==true){this._restoreFrozenNodes()}};Network.prototype._freezeDefinedNodes=function(){var nodes=this.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].x!=null&&nodes[id].y!=null){nodes[id].fixedData.x=nodes[id].xFixed;nodes[id].fixedData.y=nodes[id].yFixed;nodes[id].xFixed=true;nodes[id].yFixed=true}}}};Network.prototype._restoreFrozenNodes=function(){var nodes=this.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].fixedData.x!=null){nodes[id].xFixed=nodes[id].fixedData.x;nodes[id].yFixed=nodes[id].fixedData.y}}}};Network.prototype._isMoving=function(vmin){var nodes=this.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)&&nodes[id].isMoving(vmin)){return true}}return false};Network.prototype._discreteStepNodes=function(){var interval=this.physicsDiscreteStepsize;var nodes=this.nodes;var nodeId;var nodesPresent=false;if(this.constants.maxVelocity>0){for(nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){nodes[nodeId].discreteStepLimited(interval,this.constants.maxVelocity);nodesPresent=true}}}else{for(nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){nodes[nodeId].discreteStep(interval);nodesPresent=true}}}if(nodesPresent==true){var vminCorrected=this.constants.minVelocity/Math.max(this.scale,.05);if(vminCorrected>.5*this.constants.maxVelocity){return true}else{return this._isMoving(vminCorrected)}}return false};Network.prototype._revertPhysicsState=function(){var nodes=this.nodes;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){nodes[nodeId].revertPosition()}}};Network.prototype._revertPhysicsTick=function(){this._doInAllActiveSectors(\"_revertPhysicsState\");if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){this._doInSupportSector(\"_revertPhysicsState\")}};Network.prototype._physicsTick=function(){if(!this.freezeSimulation){if(this.moving==true){var mainMovingStatus=false;var supportMovingStatus=false;this._doInAllActiveSectors(\"_initializeForceCalculation\");var mainMoving=this._doInAllActiveSectors(\"_discreteStepNodes\");if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){supportMovingStatus=this._doInSupportSector(\"_discreteStepNodes\")}for(var i=0;i<mainMoving.length;i++){mainMovingStatus=mainMoving[0]||mainMovingStatus}this.moving=mainMovingStatus||supportMovingStatus;if(this.moving==false){this._revertPhysicsTick()}else{if(this.startedStabilization==false){this.emit(\"startStabilization\");this.startedStabilization=true}}this.stabilizationIterations++}}};Network.prototype._animationStep=function(){this.timer=undefined;this._handleNavigation();if(this.moving==true){var startTime=Date.now();this._physicsTick();var physicsTime=Date.now()-startTime;if((this.renderTimestep-this.renderTime>2*physicsTime||this.runDoubleSpeed==true)&&this.moving==true){this._physicsTick();if(this.renderTime!=0){this.runDoubleSpeed=true}}}var renderStartTime=Date.now();this._redraw();this.renderTime=Date.now()-renderStartTime;this.start()};if(typeof window!==\"undefined\"){window.requestAnimationFrame=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame}Network.prototype.start=function(){if(this.moving==true||this.xIncrement!=0||this.yIncrement!=0||this.zoomIncrement!=0||this.animating==true){if(!this.timer){if(this.requiresTimeout==true){this.timer=window.setTimeout(this._animationStep.bind(this),this.renderTimestep)}else{this.timer=window.requestAnimationFrame(this._animationStep.bind(this))}}}else{this._redraw();if(this.stabilizationIterations>1){var me=this;var params={iterations:me.stabilizationIterations};this.stabilizationIterations=0;this.startedStabilization=false;setTimeout(function(){me.emit(\"stabilized\",params)},0)}else{this.stabilizationIterations=0}}};Network.prototype._handleNavigation=function(){if(this.xIncrement!=0||this.yIncrement!=0){var translation=this._getTranslation();this._setTranslation(translation.x+this.xIncrement,translation.y+this.yIncrement)}if(this.zoomIncrement!=0){var center={x:this.frame.canvas.clientWidth/2,y:this.frame.canvas.clientHeight/2};this._zoom(this.scale*(1+this.zoomIncrement),center)}};Network.prototype.toggleFreeze=function(){if(this.freezeSimulation==false){this.freezeSimulation=true}else{this.freezeSimulation=false;this.start()}};Network.prototype._configureSmoothCurves=function(disableStart){if(disableStart===undefined){disableStart=true}if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){this._createBezierNodes();for(var nodeId in this.sectors[\"support\"][\"nodes\"]){if(this.sectors[\"support\"][\"nodes\"].hasOwnProperty(nodeId)){if(this.edges[this.sectors[\"support\"][\"nodes\"][nodeId].parentEdgeId]===undefined){delete this.sectors[\"support\"][\"nodes\"][nodeId]}}}}else{this.sectors[\"support\"][\"nodes\"]={};for(var edgeId in this.edges){if(this.edges.hasOwnProperty(edgeId)){this.edges[edgeId].via=null}}}this._updateCalculationNodes();if(!disableStart){this.moving=true;this.start()}};Network.prototype._createBezierNodes=function(){if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){for(var edgeId in this.edges){if(this.edges.hasOwnProperty(edgeId)){var edge=this.edges[edgeId];if(edge.via==null){var nodeId=\"edgeId:\".concat(edge.id);this.sectors[\"support\"][\"nodes\"][nodeId]=new Node({id:nodeId,mass:1,shape:\"circle\",image:\"\",internalMultiplier:1},{},{},this.constants);edge.via=this.sectors[\"support\"][\"nodes\"][nodeId];edge.via.parentEdgeId=edge.id;edge.positionBezierNode()}}}}};Network.prototype._initializeMixinLoaders=function(){for(var mixin in MixinLoader){if(MixinLoader.hasOwnProperty(mixin)){Network.prototype[mixin]=MixinLoader[mixin]}}};Network.prototype.storePosition=function(){console.log(\"storePosition is depricated: use .storePositions() from now on.\");this.storePositions()};Network.prototype.storePositions=function(){var dataArray=[];for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var node=this.nodes[nodeId];\nvar allowedToMoveX=!this.nodes.xFixed;var allowedToMoveY=!this.nodes.yFixed;if(this.nodesData._data[nodeId].x!=Math.round(node.x)||this.nodesData._data[nodeId].y!=Math.round(node.y)){dataArray.push({id:nodeId,x:Math.round(node.x),y:Math.round(node.y),allowedToMoveX:allowedToMoveX,allowedToMoveY:allowedToMoveY})}}}this.nodesData.update(dataArray)};Network.prototype.getPositions=function(ids){var dataArray={};if(ids!==undefined){if(Array.isArray(ids)==true){for(var i=0;i<ids.length;i++){if(this.nodes[ids[i]]!==undefined){var node=this.nodes[ids[i]];dataArray[ids[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{if(this.nodes[ids]!==undefined){var node=this.nodes[ids];dataArray[ids]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var node=this.nodes[nodeId];dataArray[nodeId]={x:Math.round(node.x),y:Math.round(node.y)}}}}return dataArray};Network.prototype.focusOnNode=function(nodeId,options){if(this.nodes.hasOwnProperty(nodeId)){if(options===undefined){options={}}var nodePosition={x:this.nodes[nodeId].x,y:this.nodes[nodeId].y};options.position=nodePosition;options.lockedOnNode=nodeId;this.moveTo(options)}else{console.log(\"This nodeId cannot be found.\")}};Network.prototype.moveTo=function(options){if(options===undefined){options={};return}if(options.offset===undefined){options.offset={x:0,y:0}}if(options.offset.x===undefined){options.offset.x=0}if(options.offset.y===undefined){options.offset.y=0}if(options.scale===undefined){options.scale=this._getScale()}if(options.position===undefined){options.position=this._getTranslation()}if(options.animation===undefined){options.animation={duration:0}}if(options.animation===false){options.animation={duration:0}}if(options.animation===true){options.animation={}}if(options.animation.duration===undefined){options.animation.duration=1e3}if(options.animation.easingFunction===undefined){options.animation.easingFunction=\"easeInOutQuad\"}this.animateView(options)};Network.prototype.animateView=function(options){if(options===undefined){options={};return}this.releaseNode();if(options.locked==true){this.lockedOnNodeId=options.lockedOnNode;this.lockedOnNodeOffset=options.offset}if(this.easingTime!=0){this._transitionRedraw(1)}this.sourceScale=this._getScale();this.sourceTranslation=this._getTranslation();this.targetScale=options.scale;this._setScale(this.targetScale);var viewCenter=this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-options.position.x,y:viewCenter.y-options.position.y};this.targetTranslation={x:this.sourceTranslation.x+distanceFromCenter.x*this.targetScale+options.offset.x,y:this.sourceTranslation.y+distanceFromCenter.y*this.targetScale+options.offset.y};if(options.animation.duration==0){if(this.lockedOnNodeId!=null){this._classicRedraw=this._redraw;this._redraw=this._lockedRedraw}else{this._setScale(this.targetScale);this._setTranslation(this.targetTranslation.x,this.targetTranslation.y);this._redraw()}}else{this.animating=true;this.animationSpeed=1/(this.renderRefreshRate*options.animation.duration*.001)||1/this.renderRefreshRate;this.animationEasingFunction=options.animation.easingFunction;this._classicRedraw=this._redraw;this._redraw=this._transitionRedraw;this._redraw();this.start()}};Network.prototype._lockedRedraw=function(){var nodePosition={x:this.nodes[this.lockedOnNodeId].x,y:this.nodes[this.lockedOnNodeId].y};var viewCenter=this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-nodePosition.x,y:viewCenter.y-nodePosition.y};var sourceTranslation=this._getTranslation();var targetTranslation={x:sourceTranslation.x+distanceFromCenter.x*this.scale+this.lockedOnNodeOffset.x,y:sourceTranslation.y+distanceFromCenter.y*this.scale+this.lockedOnNodeOffset.y};this._setTranslation(targetTranslation.x,targetTranslation.y);this._classicRedraw()};Network.prototype.releaseNode=function(){if(this.lockedOnNodeId!=null){this._redraw=this._classicRedraw;this.lockedOnNodeId=null;this.lockedOnNodeOffset=null}};Network.prototype._transitionRedraw=function(easingTime){this.easingTime=easingTime||this.easingTime+this.animationSpeed;this.easingTime+=this.animationSpeed;var progress=util.easingFunctions[this.animationEasingFunction](this.easingTime);this._setScale(this.sourceScale+(this.targetScale-this.sourceScale)*progress);this._setTranslation(this.sourceTranslation.x+(this.targetTranslation.x-this.sourceTranslation.x)*progress,this.sourceTranslation.y+(this.targetTranslation.y-this.sourceTranslation.y)*progress);this._classicRedraw();if(this.easingTime>=1){this.animating=false;this.easingTime=0;if(this.lockedOnNodeId!=null){this._redraw=this._lockedRedraw}else{this._redraw=this._classicRedraw}this.emit(\"animationFinished\")}};Network.prototype._classicRedraw=function(){};Network.prototype.isActive=function(){return!this.activator||this.activator.active};Network.prototype.setScale=function(){return this._setScale()};Network.prototype.getScale=function(){return this._getScale()};Network.prototype.getCenterCoordinates=function(){return this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight})};Network.prototype.getBoundingBox=function(nodeId){if(this.nodes[nodeId]!==undefined){return this.nodes[nodeId].boundingBox}};module.exports=Network},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Node=__webpack_require__(40);function Edge(properties,network,networkConstants){if(!network){throw\"No network provided\"}var fields=[\"edges\",\"physics\"];var constants=util.selectiveBridgeObject(fields,networkConstants);this.options=constants.edges;this.physics=constants.physics;this.options[\"smoothCurves\"]=networkConstants[\"smoothCurves\"];this.network=network;this.id=undefined;this.fromId=undefined;this.toId=undefined;this.title=undefined;this.widthSelected=this.options.width*this.options.widthSelectionMultiplier;this.value=undefined;this.selected=false;this.hover=false;this.labelDimensions={top:0,left:0,width:0,height:0,yLine:0};this.dirtyLabel=true;this.from=null;this.to=null;this.via=null;this.fromBackup=null;this.toBackup=null;this.originalFromId=[];this.originalToId=[];this.connected=false;this.widthFixed=false;this.lengthFixed=false;this.setProperties(properties);this.controlNodesEnabled=false;this.controlNodes={from:null,to:null,positions:{}};this.connectedNode=null}Edge.prototype.setProperties=function(properties){if(!properties){return}var fields=[\"style\",\"fontSize\",\"fontFace\",\"fontColor\",\"fontFill\",\"fontStrokeWidth\",\"fontStrokeColor\",\"width\",\"widthSelectionMultiplier\",\"hoverWidth\",\"arrowScaleFactor\",\"dash\",\"inheritColor\",\"labelAlignment\"];util.selectiveDeepExtend(fields,this.options,properties);if(properties.from!==undefined){this.fromId=properties.from}if(properties.to!==undefined){this.toId=properties.to}if(properties.id!==undefined){this.id=properties.id}if(properties.label!==undefined){this.label=properties.label;this.dirtyLabel=true}if(properties.title!==undefined){this.title=properties.title}if(properties.value!==undefined){this.value=properties.value}if(properties.length!==undefined){this.physics.springLength=properties.length}if(properties.color!==undefined){this.options.inheritColor=false;if(util.isString(properties.color)){this.options.color.color=properties.color;this.options.color.highlight=properties.color}else{if(properties.color.color!==undefined){this.options.color.color=properties.color.color}if(properties.color.highlight!==undefined){this.options.color.highlight=properties.color.highlight}if(properties.color.hover!==undefined){this.options.color.hover=properties.color.hover}}}this.connect();this.widthFixed=this.widthFixed||properties.width!==undefined;this.lengthFixed=this.lengthFixed||properties.length!==undefined;this.widthSelected=this.options.width*this.options.widthSelectionMultiplier;switch(this.options.style){case\"line\":this.draw=this._drawLine;break;case\"arrow\":this.draw=this._drawArrow;break;case\"arrow-center\":this.draw=this._drawArrowCenter;break;case\"dash-line\":this.draw=this._drawDashLine;break;default:this.draw=this._drawLine;break}};Edge.prototype.connect=function(){this.disconnect();this.from=this.network.nodes[this.fromId]||null;this.to=this.network.nodes[this.toId]||null;this.connected=this.from&&this.to;if(this.connected){this.from.attachEdge(this);this.to.attachEdge(this)}else{if(this.from){this.from.detachEdge(this)}if(this.to){this.to.detachEdge(this)}}};Edge.prototype.disconnect=function(){if(this.from){this.from.detachEdge(this);this.from=null}if(this.to){this.to.detachEdge(this);this.to=null}this.connected=false};Edge.prototype.getTitle=function(){return typeof this.title===\"function\"?this.title():this.title};Edge.prototype.getValue=function(){return this.value};Edge.prototype.setValueRange=function(min,max){if(!this.widthFixed&&this.value!==undefined){var scale=(this.options.widthMax-this.options.widthMin)/(max-min);this.options.width=(this.value-min)*scale+this.options.widthMin;this.widthSelected=this.options.width*this.options.widthSelectionMultiplier}};Edge.prototype.draw=function(ctx){throw\"Method draw not initialized in edge\"};Edge.prototype.isOverlappingWith=function(obj){if(this.connected){var distMax=10;var xFrom=this.from.x;var yFrom=this.from.y;var xTo=this.to.x;var yTo=this.to.y;var xObj=obj.left;var yObj=obj.top;var dist=this._getDistanceToEdge(xFrom,yFrom,xTo,yTo,xObj,yObj);return dist<distMax}else{return false}};Edge.prototype._getColor=function(){var colorObj=this.options.color;if(this.options.inheritColor==\"to\"){colorObj={highlight:this.to.options.color.highlight.border,hover:this.to.options.color.hover.border,color:this.to.options.color.border}}else if(this.options.inheritColor==\"from\"||this.options.inheritColor==true){colorObj={highlight:this.from.options.color.highlight.border,hover:this.from.options.color.hover.border,color:this.from.options.color.border}}if(this.selected==true){return colorObj.highlight}else if(this.hover==true){return colorObj.hover}else{return colorObj.color}};Edge.prototype._drawLine=function(ctx){ctx.strokeStyle=this._getColor();ctx.lineWidth=this._getLineWidth();if(this.from!=this.to){var via=this._line(ctx);var point;if(this.label){if(this.options.smoothCurves.enabled==true&&via!=null){var midpointX=.5*(.5*(this.from.x+via.x)+.5*(this.to.x+via.x));var midpointY=.5*(.5*(this.from.y+via.y)+.5*(this.to.y+via.y));point={x:midpointX,y:midpointY}}else{point=this._pointOnLine(.5)}this._label(ctx,this.label,point.x,point.y)}}else{var x,y;var radius=this.physics.springLength/4;var node=this.from;if(!node.width){node.resize(ctx)}if(node.width>node.height){x=node.x+node.width/2;y=node.y-radius}else{x=node.x+radius;y=node.y-node.height/2}this._circle(ctx,x,y,radius);point=this._pointOnCircle(x,y,radius,.5);this._label(ctx,this.label,point.x,point.y)}};Edge.prototype._getLineWidth=function(){if(this.selected==true){return Math.max(Math.min(this.widthSelected,this.options.widthMax),.3*this.networkScaleInv)}else{if(this.hover==true){return Math.max(Math.min(this.options.hoverWidth,this.options.widthMax),.3*this.networkScaleInv)}else{return Math.max(this.options.width,.3*this.networkScaleInv)}}};Edge.prototype._getViaCoordinates=function(){if(this.options.smoothCurves.dynamic==true&&this.options.smoothCurves.enabled==true){return this.via}else if(this.options.smoothCurves.enabled==false){return{x:0,y:0}}else{var xVia=null;var yVia=null;var factor=this.options.smoothCurves.roundness;var type=this.options.smoothCurves.type;var dx=Math.abs(this.from.x-this.to.x);var dy=Math.abs(this.from.y-this.to.y);if(type==\"discrete\"||type==\"diagonalCross\"){if(Math.abs(this.from.x-this.to.x)<Math.abs(this.from.y-this.to.y)){if(this.from.y>this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy}}else if(this.from.y<this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy}}if(type==\"discrete\"){xVia=dx<factor*dy?this.from.x:xVia}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx}}else if(this.from.y<this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx}}if(type==\"discrete\"){yVia=dy<factor*dx?this.from.y:yVia}}}else if(type==\"straightCross\"){if(Math.abs(this.from.x-this.to.x)<Math.abs(this.from.y-this.to.y)){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}}else if(type==\"horizontal\"){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}else if(type==\"vertical\"){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else{if(Math.abs(this.from.x-this.to.x)<Math.abs(this.from.y-this.to.y)){if(this.from.y>this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}else if(this.from.y<this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}}else if(this.from.y<this.to.y){if(this.from.x<this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}}}}return{x:xVia,y:yVia}}};Edge.prototype._line=function(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);if(this.options.smoothCurves.enabled==true){if(this.options.smoothCurves.dynamic==false){var via=this._getViaCoordinates();if(via.x==null){ctx.lineTo(this.to.x,this.to.y);ctx.stroke();return null}else{ctx.quadraticCurveTo(via.x,via.y,this.to.x,this.to.y);ctx.stroke();return via}}else{ctx.quadraticCurveTo(this.via.x,this.via.y,this.to.x,this.to.y);ctx.stroke();return this.via}}else{ctx.lineTo(this.to.x,this.to.y);ctx.stroke();return null}};Edge.prototype._circle=function(ctx,x,y,radius){ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke()};Edge.prototype._label=function(ctx,text,x,y){if(text){ctx.font=(this.from.selected||this.to.selected?\"bold \":\"\")+this.options.fontSize+\"px \"+this.options.fontFace;var yLine;if(this.dirtyLabel==true){var lines=String(text).split(\"\\n\");var lineCount=lines.length;var fontSize=Number(this.options.fontSize);yLine=y+(1-lineCount)/2*fontSize;var width=ctx.measureText(lines[0]).width;for(var i=1;i<lineCount;i++){var lineWidth=ctx.measureText(lines[i]).width;width=lineWidth>width?lineWidth:width}var height=this.options.fontSize*lineCount;var left=x-width/2;var top=y-height/2;this.labelDimensions={top:top,left:left,width:width,height:height,yLine:yLine}}var yLine=this.labelDimensions.yLine;ctx.save();if(this.options.labelAlignment!=\"horizontal\"){ctx.translate(x,yLine);this._rotateForLabelAlignment(ctx);x=0;yLine=0}this._drawLabelRect(ctx);this._drawLabelText(ctx,x,yLine,lines,lineCount,fontSize);ctx.restore()}};Edge.prototype._rotateForLabelAlignment=function(ctx){var dy=this.from.y-this.to.y;var dx=this.from.x-this.to.x;var angleInDegrees=Math.atan2(dy,dx);if(angleInDegrees<-1&&dx<0||angleInDegrees>0&&dx<0){angleInDegrees=angleInDegrees+Math.PI}ctx.rotate(angleInDegrees)};Edge.prototype._drawLabelRect=function(ctx){if(this.options.fontFill!==undefined&&this.options.fontFill!==null&&this.options.fontFill!==\"none\"){ctx.fillStyle=this.options.fontFill;var lineMargin=2;if(this.options.labelAlignment==\"line-center\"){ctx.fillRect(-this.labelDimensions.width*.5,-this.labelDimensions.height*.5,this.labelDimensions.width,this.labelDimensions.height)}else if(this.options.labelAlignment==\"line-above\"){ctx.fillRect(-this.labelDimensions.width*.5,-(this.labelDimensions.height+lineMargin),this.labelDimensions.width,this.labelDimensions.height)}else if(this.options.labelAlignment==\"line-below\"){ctx.fillRect(-this.labelDimensions.width*.5,lineMargin,this.labelDimensions.width,this.labelDimensions.height)}else{ctx.fillRect(this.labelDimensions.left,this.labelDimensions.top,this.labelDimensions.width,this.labelDimensions.height)}}};Edge.prototype._drawLabelText=function(ctx,x,yLine,lines,lineCount,fontSize){ctx.fillStyle=this.options.fontColor||\"black\";ctx.textAlign=\"center\";if(this.options.labelAlignment!=\"horizontal\"){var lineMargin=2;if(this.options.labelAlignment==\"line-above\"){ctx.textBaseline=\"alphabetic\";yLine-=2*lineMargin}else if(this.options.labelAlignment==\"line-below\"){ctx.textBaseline=\"hanging\";yLine+=2*lineMargin}else{ctx.textBaseline=\"middle\"}}else{ctx.textBaseline=\"middle\"}if(this.options.fontStrokeWidth>0){ctx.lineWidth=this.options.fontStrokeWidth;ctx.strokeStyle=this.options.fontStrokeColor;ctx.lineJoin=\"round\"}for(var i=0;i<lineCount;i++){if(this.options.fontStrokeWidth>0){ctx.strokeText(lines[i],x,yLine)}ctx.fillText(lines[i],x,yLine);yLine+=fontSize}};Edge.prototype._drawDashLine=function(ctx){ctx.strokeStyle=this._getColor();ctx.lineWidth=this._getLineWidth();var via=null;if(ctx.setLineDash!==undefined){ctx.save();var pattern=[0];if(this.options.dash.length!==undefined&&this.options.dash.gap!==undefined){pattern=[this.options.dash.length,this.options.dash.gap]}else{pattern=[5,5]}ctx.setLineDash(pattern);ctx.lineDashOffset=0;via=this._line(ctx);ctx.setLineDash([0]);ctx.lineDashOffset=0;ctx.restore()}else{ctx.beginPath();ctx.lineCap=\"round\";if(this.options.dash.altLength!==undefined){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,[this.options.dash.length,this.options.dash.gap,this.options.dash.altLength,this.options.dash.gap])}else if(this.options.dash.length!==undefined&&this.options.dash.gap!==undefined){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,[this.options.dash.length,this.options.dash.gap])}else{ctx.moveTo(this.from.x,this.from.y);ctx.lineTo(this.to.x,this.to.y)}ctx.stroke()}if(this.label){var point;if(this.options.smoothCurves.enabled==true&&via!=null){var midpointX=.5*(.5*(this.from.x+via.x)+.5*(this.to.x+via.x));var midpointY=.5*(.5*(this.from.y+via.y)+.5*(this.to.y+via.y));point={x:midpointX,y:midpointY}}else{point=this._pointOnLine(.5)}this._label(ctx,this.label,point.x,point.y)}};Edge.prototype._pointOnLine=function(percentage){return{x:(1-percentage)*this.from.x+percentage*this.to.x,y:(1-percentage)*this.from.y+percentage*this.to.y}};Edge.prototype._pointOnCircle=function(x,y,radius,percentage){var angle=(percentage-3/8)*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}};Edge.prototype._drawArrowCenter=function(ctx){var point;ctx.strokeStyle=this._getColor();ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=this._getLineWidth();if(this.from!=this.to){var via=this._line(ctx);var angle=Math.atan2(this.to.y-this.from.y,this.to.x-this.from.x);var length=(10+5*this.options.width)*this.options.arrowScaleFactor;if(this.options.smoothCurves.enabled==true&&via!=null){var midpointX=.5*(.5*(this.from.x+via.x)+.5*(this.to.x+via.x));var midpointY=.5*(.5*(this.from.y+via.y)+.5*(this.to.y+via.y));point={x:midpointX,y:midpointY}}else{point=this._pointOnLine(.5)}ctx.arrow(point.x,point.y,angle,length);ctx.fill();ctx.stroke();if(this.label){this._label(ctx,this.label,point.x,point.y)}}else{var x,y;var radius=.25*Math.max(100,this.physics.springLength);var node=this.from;if(!node.width){node.resize(ctx)}if(node.width>node.height){x=node.x+node.width*.5;y=node.y-radius}else{x=node.x+radius;y=node.y-node.height*.5}this._circle(ctx,x,y,radius);var angle=.2*Math.PI;var length=(10+5*this.options.width)*this.options.arrowScaleFactor;point=this._pointOnCircle(x,y,radius,.5);ctx.arrow(point.x,point.y,angle,length);ctx.fill();ctx.stroke();if(this.label){point=this._pointOnCircle(x,y,radius,.5);this._label(ctx,this.label,point.x,point.y)}}};Edge.prototype._pointOnBezier=function(t){var via=this._getViaCoordinates();var x=Math.pow(1-t,2)*this.from.x+2*t*(1-t)*via.x+Math.pow(t,2)*this.to.x;var y=Math.pow(1-t,2)*this.from.y+2*t*(1-t)*via.y+Math.pow(t,2)*this.to.y;return{x:x,y:y}};Edge.prototype._findBorderPosition=function(from,ctx){var maxIterations=10;var iteration=0;var low=0;var high=1;var pos,angle,distanceToBorder,distanceToNodes,difference;var threshold=.2;var node=this.to;if(from==true){node=this.from}while(low<=high&&iteration<maxIterations){var middle=(low+high)*.5;pos=this._pointOnBezier(middle);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToNodes=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToNodes;if(Math.abs(difference)<threshold){break}else if(difference<0){if(from==false){low=middle}else{high=middle}}else{if(from==false){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos};Edge.prototype._drawArrow=function(ctx){ctx.strokeStyle=this._getColor();ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=this._getLineWidth();var angle,length,arrowPos;if(this.from!=this.to){this._line(ctx);if(this.options.smoothCurves.enabled==true){var via=this._getViaCoordinates();arrowPos=this._findBorderPosition(false,ctx);var guidePos=this._pointOnBezier(Math.max(0,arrowPos.t-.1));angle=Math.atan2(arrowPos.y-guidePos.y,arrowPos.x-guidePos.x)}else{angle=Math.atan2(this.to.y-this.from.y,this.to.x-this.from.x);var dx=this.to.x-this.from.x;var dy=this.to.y-this.from.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=this.to.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;arrowPos={};arrowPos.x=(1-toBorderPoint)*this.from.x+toBorderPoint*this.to.x;arrowPos.y=(1-toBorderPoint)*this.from.y+toBorderPoint*this.to.y}length=(10+5*this.options.width)*this.options.arrowScaleFactor;ctx.arrow(arrowPos.x,arrowPos.y,angle,length);ctx.fill();ctx.stroke();if(this.label){var point;if(this.options.smoothCurves.enabled==true&&via!=null){point=this._pointOnBezier(.5)}else{point=this._pointOnLine(.5)}this._label(ctx,this.label,point.x,point.y)}}else{var node=this.from;var x,y,arrow;var radius=.25*Math.max(100,this.physics.springLength);if(!node.width){node.resize(ctx)}if(node.width>node.height){x=node.x+node.width*.5;y=node.y-radius;arrow={x:x,y:node.y,angle:.9*Math.PI}}else{x=node.x+radius;y=node.y-node.height*.5;arrow={x:node.x,y:y,angle:.6*Math.PI}}ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke();var length=(10+5*this.options.width)*this.options.arrowScaleFactor;ctx.arrow(arrow.x,arrow.y,arrow.angle,length);ctx.fill();ctx.stroke();if(this.label){point=this._pointOnCircle(x,y,radius,.5);this._label(ctx,this.label,point.x,point.y)}}};Edge.prototype._getDistanceToEdge=function(x1,y1,x2,y2,x3,y3){var returnValue=0;if(this.from!=this.to){if(this.options.smoothCurves.enabled==true){var xVia,yVia;if(this.options.smoothCurves.enabled==true&&this.options.smoothCurves.dynamic==true){xVia=this.via.x;yVia=this.via.y}else{var via=this._getViaCoordinates();xVia=via.x;yVia=via.y}var minDistance=1e9;var distance;var i,t,x,y,lastX,lastY;for(i=0;i<10;i++){t=.1*i;x=Math.pow(1-t,2)*x1+2*t*(1-t)*xVia+Math.pow(t,2)*x2;y=Math.pow(1-t,2)*y1+2*t*(1-t)*yVia+Math.pow(t,2)*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}returnValue=minDistance}else{returnValue=this._getDistanceToLine(x1,y1,x2,y2,x3,y3)}}else{var x,y,dx,dy;var radius=.25*this.physics.springLength;var node=this.from;if(node.width>node.height){x=node.x+.5*node.width;y=node.y-radius}else{x=node.x+radius;y=node.y-.5*node.height}dx=x-x3;dy=y-y3;returnValue=Math.abs(Math.sqrt(dx*dx+dy*dy)-radius)}if(this.labelDimensions.left<x3&&this.labelDimensions.left+this.labelDimensions.width>x3&&this.labelDimensions.top<y3&&this.labelDimensions.top+this.labelDimensions.height>y3){return 0}else{return returnValue}};Edge.prototype._getDistanceToLine=function(x1,y1,x2,y2,x3,y3){var px=x2-x1,py=y2-y1,something=px*px+py*py,u=((x3-x1)*px+(y3-y1)*py)/something;if(u>1){u=1}else if(u<0){u=0}var x=x1+u*px,y=y1+u*py,dx=x-x3,dy=y-y3;return Math.sqrt(dx*dx+dy*dy)};Edge.prototype.setScale=function(scale){this.networkScaleInv=1/scale};Edge.prototype.select=function(){this.selected=true};Edge.prototype.unselect=function(){this.selected=false};Edge.prototype.positionBezierNode=function(){if(this.via!==null&&this.from!==null&&this.to!==null){this.via.x=.5*(this.from.x+this.to.x);this.via.y=.5*(this.from.y+this.to.y)}else if(this.via!==null){this.via.x=0;this.via.y=0}};Edge.prototype._drawControlNodes=function(ctx){if(this.controlNodesEnabled==true){if(this.controlNodes.from===null&&this.controlNodes.to===null){var nodeIdFrom=\"edgeIdFrom:\".concat(this.id);var nodeIdTo=\"edgeIdTo:\".concat(this.id);var constants={nodes:{group:\"\",radius:7,borderWidth:2,borderWidthSelected:2},physics:{damping:0},clustering:{maxNodeSizeIncrements:0,nodeScaling:{width:0,height:0,radius:0}}};this.controlNodes.from=new Node({id:nodeIdFrom,shape:\"dot\",color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\"}}},{},{},constants);this.controlNodes.to=new Node({id:nodeIdTo,shape:\"dot\",color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\"}}},{},{},constants)}this.controlNodes.positions={};if(this.controlNodes.from.selected==false){this.controlNodes.positions.from=this.getControlNodeFromPosition(ctx);this.controlNodes.from.x=this.controlNodes.positions.from.x;this.controlNodes.from.y=this.controlNodes.positions.from.y}if(this.controlNodes.to.selected==false){this.controlNodes.positions.to=this.getControlNodeToPosition(ctx);this.controlNodes.to.x=this.controlNodes.positions.to.x;this.controlNodes.to.y=this.controlNodes.positions.to.y}this.controlNodes.from.draw(ctx);this.controlNodes.to.draw(ctx)}else{this.controlNodes={from:null,to:null,positions:{}}}};Edge.prototype._enableControlNodes=function(){this.fromBackup=this.from;this.toBackup=this.to;this.controlNodesEnabled=true};Edge.prototype._disableControlNodes=function(){this.fromId=this.from.id;this.toId=this.to.id;if(this.fromId!=this.fromBackup.id){this.fromBackup.detachEdge(this)}else if(this.toId!=this.toBackup.id){this.toBackup.detachEdge(this)}this.fromBackup=null;this.toBackup=null;this.controlNodesEnabled=false};Edge.prototype._getSelectedControlNode=function(x,y){var positions=this.controlNodes.positions;var fromDistance=Math.sqrt(Math.pow(x-positions.from.x,2)+Math.pow(y-positions.from.y,2));var toDistance=Math.sqrt(Math.pow(x-positions.to.x,2)+Math.pow(y-positions.to.y,2));if(fromDistance<15){this.connectedNode=this.from;this.from=this.controlNodes.from;return this.controlNodes.from}else if(toDistance<15){this.connectedNode=this.to;this.to=this.controlNodes.to;return this.controlNodes.to}else{return null}};Edge.prototype._restoreControlNodes=function(){if(this.controlNodes.from.selected==true){this.from=this.connectedNode;this.connectedNode=null;this.controlNodes.from.unselect()}else if(this.controlNodes.to.selected==true){this.to=this.connectedNode;this.connectedNode=null;this.controlNodes.to.unselect()}};Edge.prototype.getControlNodeFromPosition=function(ctx){var controlnodeFromPos;if(this.options.smoothCurves.enabled==true){controlnodeFromPos=this._findBorderPosition(true,ctx)}else{var angle=Math.atan2(this.to.y-this.from.y,this.to.x-this.from.x);var dx=this.to.x-this.from.x;var dy=this.to.y-this.from.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var fromBorderDist=this.from.distanceToBorder(ctx,angle+Math.PI);var fromBorderPoint=(edgeSegmentLength-fromBorderDist)/edgeSegmentLength;controlnodeFromPos={};controlnodeFromPos.x=fromBorderPoint*this.from.x+(1-fromBorderPoint)*this.to.x;controlnodeFromPos.y=fromBorderPoint*this.from.y+(1-fromBorderPoint)*this.to.y}return controlnodeFromPos};Edge.prototype.getControlNodeToPosition=function(ctx){var controlnodeFromPos,controlnodeToPos;if(this.options.smoothCurves.enabled==true){controlnodeToPos=this._findBorderPosition(false,ctx)}else{var angle=Math.atan2(this.to.y-this.from.y,this.to.x-this.from.x);var dx=this.to.x-this.from.x;var dy=this.to.y-this.from.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=this.to.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;controlnodeToPos={};controlnodeToPos.x=(1-toBorderPoint)*this.from.x+toBorderPoint*this.to.x;controlnodeToPos.y=(1-toBorderPoint)*this.from.y+toBorderPoint*this.to.y}return controlnodeToPos};module.exports=Edge},function(module,exports,__webpack_require__){var util=__webpack_require__(1);function Groups(){this.clear();this.defaultIndex=0}Groups.DEFAULT=[{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},{border:\"#FFA500\",background:\"#FFFF00\",highlight:{border:\"#FFA500\",background:\"#FFFFA3\"},hover:{border:\"#FFA500\",background:\"#FFFFA3\"}},{border:\"#FA0A10\",background:\"#FB7E81\",highlight:{border:\"#FA0A10\",background:\"#FFAFB1\"},hover:{border:\"#FA0A10\",background:\"#FFAFB1\"}},{border:\"#41A906\",background:\"#7BE141\",highlight:{border:\"#41A906\",background:\"#A1EC76\"},hover:{border:\"#41A906\",background:\"#A1EC76\"}},{border:\"#E129F0\",background:\"#EB7DF4\",highlight:{border:\"#E129F0\",background:\"#F0B3F5\"},hover:{border:\"#E129F0\",background:\"#F0B3F5\"}},{border:\"#7C29F0\",background:\"#AD85E4\",highlight:{border:\"#7C29F0\",background:\"#D3BDF0\"},hover:{border:\"#7C29F0\",background:\"#D3BDF0\"}},{border:\"#C37F00\",background:\"#FFA807\",highlight:{border:\"#C37F00\",background:\"#FFCA66\"},hover:{border:\"#C37F00\",background:\"#FFCA66\"}},{border:\"#4220FB\",background:\"#6E6EFD\",highlight:{border:\"#4220FB\",background:\"#9B9BFD\"},hover:{border:\"#4220FB\",background:\"#9B9BFD\"}},{border:\"#FD5A77\",background:\"#FFC0CB\",highlight:{border:\"#FD5A77\",background:\"#FFD1D9\"},hover:{border:\"#FD5A77\",background:\"#FFD1D9\"}},{border:\"#4AD63A\",background:\"#C2FABC\",highlight:{border:\"#4AD63A\",background:\"#E6FFE3\"},hover:{border:\"#4AD63A\",background:\"#E6FFE3\"}}];Groups.prototype.clear=function(){this.groups={};this.groups.length=function(){var i=0;for(var p in this){if(this.hasOwnProperty(p)){i++}}return i}};Groups.prototype.get=function(groupname){var group=this.groups[groupname];if(group==undefined){var index=this.defaultIndex%Groups.DEFAULT.length;this.defaultIndex++;group={};group.color=Groups.DEFAULT[index];this.groups[groupname]=group}return group};Groups.prototype.add=function(groupname,style){this.groups[groupname]=style;return style};module.exports=Groups},function(module,exports,__webpack_require__){function Images(){this.images={};this.imageBroken={};this.callback=undefined}Images.prototype.setOnloadCallback=function(callback){this.callback=callback};Images.prototype.load=function(url,brokenUrl){var img=this.images[url];if(img===undefined){var me=this;img=new Image;img.onload=function(){if(this.width==0){document.body.appendChild(this);\nthis.width=this.offsetWidth;this.height=this.offsetHeight;document.body.removeChild(this)}if(me.callback){me.images[url]=img;me.callback(this)}};img.onerror=function(){if(brokenUrl===undefined){console.error(\"Could not load image:\",url);delete this.src;if(me.callback){me.callback(this)}}else if(me.imageBroken[url]===true){console.error(\"Could not load brokenImage:\",brokenUrl);delete this.src;if(me.callback){me.callback(this)}}else{this.src=brokenUrl;me.imageBroken[url]=true}};img.src=url}return img};module.exports=Images},function(module,exports,__webpack_require__){var util=__webpack_require__(1);function Node(properties,imagelist,grouplist,networkConstants){var constants=util.selectiveBridgeObject([\"nodes\"],networkConstants);this.options=constants.nodes;this.selected=false;this.hover=false;this.edges=[];this.dynamicEdges=[];this.reroutedEdges={};this.fontDrawThreshold=3;this.id=undefined;this.allowedToMoveX=false;this.allowedToMoveY=false;this.xFixed=false;this.yFixed=false;this.horizontalAlignLeft=true;this.verticalAlignTop=true;this.baseRadiusValue=networkConstants.nodes.radius;this.radiusFixed=false;this.level=-1;this.preassignedLevel=false;this.hierarchyEnumerated=false;this.labelDimensions={top:0,left:0,width:0,height:0,yLine:0};this.boundingBox={top:0,left:0,right:0,bottom:0};this.imagelist=imagelist;this.grouplist=grouplist;this.fx=0;this.fy=0;this.vx=0;this.vy=0;this.x=null;this.y=null;this.previousState={vx:0,vy:0,x:0,y:0};this.damping=networkConstants.physics.damping;this.fixedData={x:null,y:null};this.setProperties(properties,constants);this.resetCluster();this.dynamicEdgesLength=0;this.clusterSession=0;this.clusterSizeWidthFactor=networkConstants.clustering.nodeScaling.width;this.clusterSizeHeightFactor=networkConstants.clustering.nodeScaling.height;this.clusterSizeRadiusFactor=networkConstants.clustering.nodeScaling.radius;this.maxNodeSizeIncrements=networkConstants.clustering.maxNodeSizeIncrements;this.growthIndicator=0;this.networkScaleInv=1;this.networkScale=1;this.canvasTopLeft={x:-300,y:-300};this.canvasBottomRight={x:300,y:300};this.parentEdgeId=null}Node.prototype.revertPosition=function(){this.x=this.previousState.x;this.y=this.previousState.y;this.vx=this.previousState.vx;this.vy=this.previousState.vy};Node.prototype.resetCluster=function(){this.formationScale=undefined;this.clusterSize=1;this.containedNodes={};this.containedEdges={};this.clusterSessions=[]};Node.prototype.attachEdge=function(edge){if(this.edges.indexOf(edge)==-1){this.edges.push(edge)}if(this.dynamicEdges.indexOf(edge)==-1){this.dynamicEdges.push(edge)}this.dynamicEdgesLength=this.dynamicEdges.length};Node.prototype.detachEdge=function(edge){var index=this.edges.indexOf(edge);if(index!=-1){this.edges.splice(index,1)}index=this.dynamicEdges.indexOf(edge);if(index!=-1){this.dynamicEdges.splice(index,1)}this.dynamicEdgesLength=this.dynamicEdges.length};Node.prototype.setProperties=function(properties,constants){if(!properties){return}var fields=[\"borderWidth\",\"borderWidthSelected\",\"shape\",\"image\",\"brokenImage\",\"radius\",\"fontColor\",\"fontSize\",\"fontFace\",\"fontFill\",\"fontStrokeWidth\",\"fontStrokeColor\",\"group\",\"mass\"];util.selectiveDeepExtend(fields,this.options,properties);if(properties.id!==undefined){this.id=properties.id}if(properties.label!==undefined){this.label=properties.label;this.originalLabel=properties.label}if(properties.title!==undefined){this.title=properties.title}if(properties.x!==undefined){this.x=properties.x}if(properties.y!==undefined){this.y=properties.y}if(properties.value!==undefined){this.value=properties.value}if(properties.level!==undefined){this.level=properties.level;this.preassignedLevel=true}if(properties.horizontalAlignLeft!==undefined){this.horizontalAlignLeft=properties.horizontalAlignLeft}if(properties.verticalAlignTop!==undefined){this.verticalAlignTop=properties.verticalAlignTop}if(properties.triggerFunction!==undefined){this.triggerFunction=properties.triggerFunction}if(this.id===undefined){throw\"Node must have an id\"}if(typeof properties.group===\"number\"||typeof properties.group===\"string\"&&properties.group!=\"\"){var groupObj=this.grouplist.get(properties.group);util.deepExtend(this.options,groupObj);this.options.color=util.parseColor(this.options.color)}if(properties.radius!==undefined){this.baseRadiusValue=this.options.radius}if(properties.color!==undefined){this.options.color=util.parseColor(properties.color)}if(this.options.image!==undefined&&this.options.image!=\"\"){if(this.imagelist){this.imageObj=this.imagelist.load(this.options.image,this.options.brokenImage)}else{throw\"No imagelist provided\"}}if(properties.allowedToMoveX!==undefined){this.xFixed=!properties.allowedToMoveX;this.allowedToMoveX=properties.allowedToMoveX}else if(properties.x!==undefined&&this.allowedToMoveX==false){this.xFixed=true}if(properties.allowedToMoveY!==undefined){this.yFixed=!properties.allowedToMoveY;this.allowedToMoveY=properties.allowedToMoveY}else if(properties.y!==undefined&&this.allowedToMoveY==false){this.yFixed=true}this.radiusFixed=this.radiusFixed||properties.radius!==undefined;if(this.options.shape===\"image\"||this.options.shape===\"circularImage\"){this.options.radiusMin=constants.nodes.widthMin;this.options.radiusMax=constants.nodes.widthMax}switch(this.options.shape){case\"database\":this.draw=this._drawDatabase;this.resize=this._resizeDatabase;break;case\"box\":this.draw=this._drawBox;this.resize=this._resizeBox;break;case\"circle\":this.draw=this._drawCircle;this.resize=this._resizeCircle;break;case\"ellipse\":this.draw=this._drawEllipse;this.resize=this._resizeEllipse;break;case\"image\":this.draw=this._drawImage;this.resize=this._resizeImage;break;case\"circularImage\":this.draw=this._drawCircularImage;this.resize=this._resizeCircularImage;break;case\"text\":this.draw=this._drawText;this.resize=this._resizeText;break;case\"dot\":this.draw=this._drawDot;this.resize=this._resizeShape;break;case\"square\":this.draw=this._drawSquare;this.resize=this._resizeShape;break;case\"triangle\":this.draw=this._drawTriangle;this.resize=this._resizeShape;break;case\"triangleDown\":this.draw=this._drawTriangleDown;this.resize=this._resizeShape;break;case\"star\":this.draw=this._drawStar;this.resize=this._resizeShape;break;default:this.draw=this._drawEllipse;this.resize=this._resizeEllipse;break}this._reset()};Node.prototype.select=function(){this.selected=true;this._reset()};Node.prototype.unselect=function(){this.selected=false;this._reset()};Node.prototype.clearSizeCache=function(){this._reset()};Node.prototype._reset=function(){this.width=undefined;this.height=undefined};Node.prototype.getTitle=function(){return typeof this.title===\"function\"?this.title():this.title};Node.prototype.distanceToBorder=function(ctx,angle){var borderWidth=1;if(!this.width){this.resize(ctx)}switch(this.options.shape){case\"circle\":case\"dot\":return this.options.radius+borderWidth;case\"ellipse\":var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h);case\"box\":case\"image\":case\"text\":default:if(this.width){return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}else{return 0}}};Node.prototype._setForce=function(fx,fy){this.fx=fx;this.fy=fy};Node.prototype._addForce=function(fx,fy){this.fx+=fx;this.fy+=fy};Node.prototype.storeState=function(){this.previousState.x=this.x;this.previousState.y=this.y;this.previousState.vx=this.vx;this.previousState.vy=this.vy};Node.prototype.discreteStep=function(interval){this.storeState();if(!this.xFixed){var dx=this.damping*this.vx;var ax=(this.fx-dx)/this.options.mass;this.vx+=ax*interval;this.x+=this.vx*interval}else{this.fx=0;this.vx=0}if(!this.yFixed){var dy=this.damping*this.vy;var ay=(this.fy-dy)/this.options.mass;this.vy+=ay*interval;this.y+=this.vy*interval}else{this.fy=0;this.vy=0}};Node.prototype.discreteStepLimited=function(interval,maxVelocity){this.storeState();if(!this.xFixed){var dx=this.damping*this.vx;var ax=(this.fx-dx)/this.options.mass;this.vx+=ax*interval;this.vx=Math.abs(this.vx)>maxVelocity?this.vx>0?maxVelocity:-maxVelocity:this.vx;this.x+=this.vx*interval}else{this.fx=0;this.vx=0}if(!this.yFixed){var dy=this.damping*this.vy;var ay=(this.fy-dy)/this.options.mass;this.vy+=ay*interval;this.vy=Math.abs(this.vy)>maxVelocity?this.vy>0?maxVelocity:-maxVelocity:this.vy;this.y+=this.vy*interval}else{this.fy=0;this.vy=0}};Node.prototype.isFixed=function(){return this.xFixed&&this.yFixed};Node.prototype.isMoving=function(vmin){var velocity=Math.sqrt(Math.pow(this.vx,2)+Math.pow(this.vy,2));return velocity>vmin};Node.prototype.isSelected=function(){return this.selected};Node.prototype.getValue=function(){return this.value};Node.prototype.getDistance=function(x,y){var dx=this.x-x,dy=this.y-y;return Math.sqrt(dx*dx+dy*dy)};Node.prototype.setValueRange=function(min,max){if(!this.radiusFixed&&this.value!==undefined){if(max==min){this.options.radius=(this.options.radiusMin+this.options.radiusMax)/2}else{var scale=(this.options.radiusMax-this.options.radiusMin)/(max-min);this.options.radius=(this.value-min)*scale+this.options.radiusMin}}this.baseRadiusValue=this.options.radius};Node.prototype.draw=function(ctx){throw\"Draw method not initialized for node\"};Node.prototype.resize=function(ctx){throw\"Resize method not initialized for node\"};Node.prototype.isOverlappingWith=function(obj){return this.left<obj.right&&this.left+this.width>obj.left&&this.top<obj.bottom&&this.top+this.height>obj.top};Node.prototype._resizeImage=function(ctx){if(!this.width||!this.height){var width,height;if(this.value){this.options.radius=this.baseRadiusValue;var scale=this.imageObj.height/this.imageObj.width;if(scale!==undefined){width=this.options.radius||this.imageObj.width;height=this.options.radius*scale||this.imageObj.height}else{width=0;height=0}}else{width=this.imageObj.width;height=this.imageObj.height}this.width=width;this.height=height;this.growthIndicator=0;if(this.width>0&&this.height>0){this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeHeightFactor;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeRadiusFactor;this.growthIndicator=this.width-width}}};Node.prototype._drawImageAtPosition=function(ctx){if(this.imageObj.width!=0){if(this.clusterSize>1){var lineWidth=this.clusterSize>1?10:0;lineWidth*=this.networkScaleInv;lineWidth=Math.min(.2*this.width,lineWidth);ctx.globalAlpha=.5;ctx.drawImage(this.imageObj,this.left-lineWidth,this.top-lineWidth,this.width+2*lineWidth,this.height+2*lineWidth)}ctx.globalAlpha=1;ctx.drawImage(this.imageObj,this.left,this.top,this.width,this.height)}};Node.prototype._drawImageLabel=function(ctx){var yLabel;var offset=0;if(this.height){offset=this.height/2;var labelDimensions=this.getTextSize(ctx);if(labelDimensions.lineCount>=1){offset+=labelDimensions.height/2;offset+=3}}yLabel=this.y+offset;this._label(ctx,this.label,this.x,yLabel,undefined)};Node.prototype._drawImage=function(ctx){this._resizeImage(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;this._drawImageAtPosition(ctx);this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;this._drawImageLabel(ctx);this.boundingBox.left=Math.min(this.boundingBox.left,this.labelDimensions.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelDimensions.left+this.labelDimensions.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelDimensions.height)};Node.prototype._resizeCircularImage=function(ctx){if(!this.imageObj.src||!this.imageObj.width||!this.imageObj.height){if(!this.width){var diameter=this.options.radius*2;this.width=diameter;this.height=diameter;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*.5*this.clusterSizeRadiusFactor;this.growthIndicator=this.options.radius-.5*diameter;this._swapToImageResizeWhenImageLoaded=true}}else{if(this._swapToImageResizeWhenImageLoaded){this.width=0;this.height=0;delete this._swapToImageResizeWhenImageLoaded}this._resizeImage(ctx)}};Node.prototype._drawCircularImage=function(ctx){this._resizeCircularImage(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;var centerX=this.left+this.width/2;var centerY=this.top+this.height/2;var radius=Math.abs(this.height/2);this._drawRawCircle(ctx,centerX,centerY,radius);ctx.save();ctx.circle(this.x,this.y,radius);ctx.stroke();ctx.clip();this._drawImageAtPosition(ctx);ctx.restore();this.boundingBox.top=this.y-this.options.radius;this.boundingBox.left=this.x-this.options.radius;this.boundingBox.right=this.x+this.options.radius;this.boundingBox.bottom=this.y+this.options.radius;this._drawImageLabel(ctx);this.boundingBox.left=Math.min(this.boundingBox.left,this.labelDimensions.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelDimensions.left+this.labelDimensions.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelDimensions.height)};Node.prototype._resizeBox=function(ctx){if(!this.width){var margin=5;var textSize=this.getTextSize(ctx);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*.5*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*.5*this.clusterSizeHeightFactor;this.growthIndicator=this.width-(textSize.width+2*margin)}};Node.prototype._drawBox=function(ctx){this._resizeBox(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;var clusterLineWidth=2.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=this.selected?this.options.color.highlight.border:this.hover?this.options.color.hover.border:this.options.color.border;if(this.clusterSize>1){ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.roundRect(this.left-2*ctx.lineWidth,this.top-2*ctx.lineWidth,this.width+4*ctx.lineWidth,this.height+4*ctx.lineWidth,this.options.radius);ctx.stroke()}ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=this.selected?this.options.color.highlight.background:this.hover?this.options.color.hover.background:this.options.color.background;ctx.roundRect(this.left,this.top,this.width,this.height,this.options.radius);ctx.fill();ctx.stroke();this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;this._label(ctx,this.label,this.x,this.y)};Node.prototype._resizeDatabase=function(ctx){if(!this.width){var margin=5;var textSize=this.getTextSize(ctx);var size=textSize.width+2*margin;this.width=size;this.height=size;this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeHeightFactor;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeRadiusFactor;this.growthIndicator=this.width-size}};Node.prototype._drawDatabase=function(ctx){this._resizeDatabase(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;var clusterLineWidth=2.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=this.selected?this.options.color.highlight.border:this.hover?this.options.color.hover.border:this.options.color.border;if(this.clusterSize>1){ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.database(this.x-this.width/2-2*ctx.lineWidth,this.y-this.height*.5-2*ctx.lineWidth,this.width+4*ctx.lineWidth,this.height+4*ctx.lineWidth);ctx.stroke()}ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=this.selected?this.options.color.highlight.background:this.hover?this.options.color.hover.background:this.options.color.background;ctx.database(this.x-this.width/2,this.y-this.height*.5,this.width,this.height);ctx.fill();ctx.stroke();this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;this._label(ctx,this.label,this.x,this.y)};Node.prototype._resizeCircle=function(ctx){if(!this.width){var margin=5;var textSize=this.getTextSize(ctx);var diameter=Math.max(textSize.width,textSize.height)+2*margin;this.options.radius=diameter/2;this.width=diameter;this.height=diameter;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*.5*this.clusterSizeRadiusFactor;this.growthIndicator=this.options.radius-.5*diameter}};Node.prototype._drawRawCircle=function(ctx,x,y,radius){var clusterLineWidth=2.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=this.selected?this.options.color.highlight.border:this.hover?this.options.color.hover.border:this.options.color.border;if(this.clusterSize>1){ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.circle(x,y,radius+2*ctx.lineWidth);ctx.stroke()}ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=this.selected?this.options.color.highlight.background:this.hover?this.options.color.hover.background:this.options.color.background;ctx.circle(this.x,this.y,radius);ctx.fill();ctx.stroke()};Node.prototype._drawCircle=function(ctx){this._resizeCircle(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;this._drawRawCircle(ctx,this.x,this.y,this.options.radius);this.boundingBox.top=this.y-this.options.radius;this.boundingBox.left=this.x-this.options.radius;this.boundingBox.right=this.x+this.options.radius;this.boundingBox.bottom=this.y+this.options.radius;this._label(ctx,this.label,this.x,this.y)};Node.prototype._resizeEllipse=function(ctx){if(!this.width){var textSize=this.getTextSize(ctx);this.width=textSize.width*1.5;this.height=textSize.height*2;if(this.width<this.height){this.width=this.height}var defaultSize=this.width;this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeHeightFactor;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeRadiusFactor;this.growthIndicator=this.width-defaultSize}};Node.prototype._drawEllipse=function(ctx){this._resizeEllipse(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;var clusterLineWidth=2.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=this.selected?this.options.color.highlight.border:this.hover?this.options.color.hover.border:this.options.color.border;if(this.clusterSize>1){ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.ellipse(this.left-2*ctx.lineWidth,this.top-2*ctx.lineWidth,this.width+4*ctx.lineWidth,this.height+4*ctx.lineWidth);ctx.stroke()}ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=this.selected?this.options.color.highlight.background:this.hover?this.options.color.hover.background:this.options.color.background;ctx.ellipse(this.left,this.top,this.width,this.height);ctx.fill();ctx.stroke();this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;this._label(ctx,this.label,this.x,this.y)};Node.prototype._drawDot=function(ctx){this._drawShape(ctx,\"circle\")};Node.prototype._drawTriangle=function(ctx){this._drawShape(ctx,\"triangle\")};Node.prototype._drawTriangleDown=function(ctx){this._drawShape(ctx,\"triangleDown\")};Node.prototype._drawSquare=function(ctx){this._drawShape(ctx,\"square\")};Node.prototype._drawStar=function(ctx){this._drawShape(ctx,\"star\")};Node.prototype._resizeShape=function(ctx){if(!this.width){this.options.radius=this.baseRadiusValue;var size=2*this.options.radius;this.width=size;this.height=size;this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeHeightFactor;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*.5*this.clusterSizeRadiusFactor;this.growthIndicator=this.width-size}};Node.prototype._drawShape=function(ctx,shape){this._resizeShape(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;var clusterLineWidth=2.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var radiusMultiplier=2;switch(shape){case\"dot\":radiusMultiplier=2;break;case\"square\":radiusMultiplier=2;break;case\"triangle\":radiusMultiplier=3;break;case\"triangleDown\":radiusMultiplier=3;break;case\"star\":radiusMultiplier=4;break}ctx.strokeStyle=this.selected?this.options.color.highlight.border:this.hover?this.options.color.hover.border:this.options.color.border;if(this.clusterSize>1){ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx[shape](this.x,this.y,this.options.radius+radiusMultiplier*ctx.lineWidth);ctx.stroke()}ctx.lineWidth=(this.selected?selectionLineWidth:borderWidth)+(this.clusterSize>1?clusterLineWidth:0);ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=this.selected?this.options.color.highlight.background:this.hover?this.options.color.hover.background:this.options.color.background;ctx[shape](this.x,this.y,this.options.radius);ctx.fill();ctx.stroke();this.boundingBox.top=this.y-this.options.radius;this.boundingBox.left=this.x-this.options.radius;this.boundingBox.right=this.x+this.options.radius;this.boundingBox.bottom=this.y+this.options.radius;if(this.label){this._label(ctx,this.label,this.x,this.y+this.height/2,undefined,\"hanging\",true);this.boundingBox.left=Math.min(this.boundingBox.left,this.labelDimensions.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelDimensions.left+this.labelDimensions.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelDimensions.height)}};Node.prototype._resizeText=function(ctx){if(!this.width){var margin=5;var textSize=this.getTextSize(ctx);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.width+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeWidthFactor;this.height+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeHeightFactor;this.options.radius+=Math.min(this.clusterSize-1,this.maxNodeSizeIncrements)*this.clusterSizeRadiusFactor;this.growthIndicator=this.width-(textSize.width+2*margin)}};Node.prototype._drawText=function(ctx){this._resizeText(ctx);this.left=this.x-this.width/2;this.top=this.y-this.height/2;this._label(ctx,this.label,this.x,this.y);this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height};Node.prototype._label=function(ctx,text,x,y,align,baseline,labelUnderNode){if(text&&Number(this.options.fontSize)*this.networkScale>this.fontDrawThreshold){ctx.font=(this.selected?\"bold \":\"\")+this.options.fontSize+\"px \"+this.options.fontFace;var lines=text.split(\"\\n\");var lineCount=lines.length;var fontSize=Number(this.options.fontSize);var yLine=y+(1-lineCount)/2*fontSize;if(labelUnderNode==true){yLine=y+(1-lineCount)/(2*fontSize)}var width=ctx.measureText(lines[0]).width;for(var i=1;i<lineCount;i++){var lineWidth=ctx.measureText(lines[i]).width;width=lineWidth>width?lineWidth:width}var height=this.options.fontSize*lineCount;var left=x-width/2;var top=y-height/2;if(baseline==\"hanging\"){top+=.5*fontSize;top+=4;yLine+=4}this.labelDimensions={top:top,left:left,width:width,height:height,yLine:yLine};if(this.options.fontFill!==undefined&&this.options.fontFill!==null&&this.options.fontFill!==\"none\"){ctx.fillStyle=this.options.fontFill;ctx.fillRect(left,top,width,height)}ctx.fillStyle=this.options.fontColor||\"black\";ctx.textAlign=align||\"center\";ctx.textBaseline=baseline||\"middle\";if(this.options.fontStrokeWidth>0){ctx.lineWidth=this.options.fontStrokeWidth;ctx.strokeStyle=this.options.fontStrokeColor;ctx.lineJoin=\"round\"}for(var i=0;i<lineCount;i++){if(this.options.fontStrokeWidth){ctx.strokeText(lines[i],x,yLine)}ctx.fillText(lines[i],x,yLine);yLine+=fontSize}}};Node.prototype.getTextSize=function(ctx){if(this.label!==undefined){ctx.font=(this.selected?\"bold \":\"\")+this.options.fontSize+\"px \"+this.options.fontFace;var lines=this.label.split(\"\\n\"),height=(Number(this.options.fontSize)+4)*lines.length,width=0;for(var i=0,iMax=lines.length;i<iMax;i++){width=Math.max(width,ctx.measureText(lines[i]).width)}return{width:width,height:height,lineCount:lines.length}}else{return{width:0,height:0,lineCount:0}}};Node.prototype.inArea=function(){if(this.width!==undefined){return this.x+this.width*this.networkScaleInv>=this.canvasTopLeft.x&&this.x-this.width*this.networkScaleInv<this.canvasBottomRight.x&&this.y+this.height*this.networkScaleInv>=this.canvasTopLeft.y&&this.y-this.height*this.networkScaleInv<this.canvasBottomRight.y}else{return true}};Node.prototype.inView=function(){return this.x>=this.canvasTopLeft.x&&this.x<this.canvasBottomRight.x&&this.y>=this.canvasTopLeft.y&&this.y<this.canvasBottomRight.y};Node.prototype.setScaleAndPos=function(scale,canvasTopLeft,canvasBottomRight){this.networkScaleInv=1/scale;this.networkScale=scale;this.canvasTopLeft=canvasTopLeft;this.canvasBottomRight=canvasBottomRight};Node.prototype.setScale=function(scale){this.networkScaleInv=1/scale;this.networkScale=scale};Node.prototype.clearVelocity=function(){this.vx=0;this.vy=0};Node.prototype.updateVelocity=function(massBeforeClustering){var energyBefore=this.vx*this.vx*massBeforeClustering;this.vx=Math.sqrt(energyBefore/this.options.mass);energyBefore=this.vy*this.vy*massBeforeClustering;this.vy=Math.sqrt(energyBefore/this.options.mass)};module.exports=Node},function(module,exports,__webpack_require__){function Popup(container,x,y,text,style){if(container){this.container=container}else{this.container=document.body}if(style===undefined){if(typeof x===\"object\"){style=x;x=undefined}else if(typeof text===\"object\"){style=text;text=undefined}else{style={fontColor:\"black\",fontSize:14,fontFace:\"verdana\",color:{border:\"#666\",background:\"#FFFFC6\"}}}}this.x=0;this.y=0;this.padding=5;if(x!==undefined&&y!==undefined){this.setPosition(x,y)}if(text!==undefined){this.setText(text)}this.frame=document.createElement(\"div\");var styleAttr=this.frame.style;styleAttr.position=\"absolute\";styleAttr.visibility=\"hidden\";styleAttr.border=\"1px solid \"+style.color.border;styleAttr.color=style.fontColor;styleAttr.fontSize=style.fontSize+\"px\";styleAttr.fontFamily=style.fontFace;styleAttr.padding=this.padding+\"px\";styleAttr.backgroundColor=style.color.background;styleAttr.borderRadius=\"3px\";styleAttr.MozBorderRadius=\"3px\";styleAttr.WebkitBorderRadius=\"3px\";styleAttr.boxShadow=\"3px 3px 10px rgba(128, 128, 128, 0.5)\";styleAttr.whiteSpace=\"nowrap\";this.container.appendChild(this.frame)}Popup.prototype.setPosition=function(x,y){this.x=parseInt(x);this.y=parseInt(y)};Popup.prototype.setText=function(content){if(content instanceof Element){this.frame.innerHTML=\"\";this.frame.appendChild(content)}else{this.frame.innerHTML=content}};Popup.prototype.show=function(show){if(show===undefined){show=true}if(show){var height=this.frame.clientHeight;var width=this.frame.clientWidth;var maxHeight=this.frame.parentNode.clientHeight;var maxWidth=this.frame.parentNode.clientWidth;var top=this.y-height;if(top+height+this.padding>maxHeight){top=maxHeight-height-this.padding}if(top<this.padding){top=this.padding}var left=this.x;if(left+width+this.padding>maxWidth){left=maxWidth-width-this.padding}if(left<this.padding){left=this.padding}this.frame.style.left=left+\"px\";this.frame.style.top=top+\"px\";this.frame.style.visibility=\"visible\"}else{this.hide()}};Popup.prototype.hide=function(){this.frame.style.visibility=\"hidden\"};module.exports=Popup},function(module,exports,__webpack_require__){function parseDOT(data){dot=data;return parseGraph()}var TOKENTYPE={NULL:0,DELIMITER:1,IDENTIFIER:2,UNKNOWN:3};var DELIMITERS={\"{\":true,\"}\":true,\"[\":true,\"]\":true,\";\":true,\"=\":true,\",\":true,\"->\":true,\"--\":true};var dot=\"\";var index=0;var c=\"\";var token=\"\";var tokenType=TOKENTYPE.NULL;function first(){index=0;c=dot.charAt(0)}function next(){index++;c=dot.charAt(index)}function nextPreview(){return dot.charAt(index+1)}var regexAlphaNumeric=/[a-zA-Z_0-9.:#]/;function isAlphaNumeric(c){return regexAlphaNumeric.test(c)}function merge(a,b){if(!a){a={}}if(b){for(var name in b){if(b.hasOwnProperty(name)){a[name]=b[name]}}}return a}function setValue(obj,path,value){var keys=path.split(\".\");var o=obj;while(keys.length){var key=keys.shift();if(keys.length){if(!o[key]){o[key]={}}o=o[key]}else{o[key]=value}}}function addNode(graph,node){var i,len;var current=null;var graphs=[graph];var root=graph;while(root.parent){graphs.push(root.parent);root=root.parent}if(root.nodes){for(i=0,len=root.nodes.length;i<len;i++){if(node.id===root.nodes[i].id){current=root.nodes[i];break}}}if(!current){current={id:node.id};if(graph.node){current.attr=merge(current.attr,graph.node)}}for(i=graphs.length-1;i>=0;i--){var g=graphs[i];if(!g.nodes){g.nodes=[]}if(g.nodes.indexOf(current)==-1){g.nodes.push(current)}}if(node.attr){current.attr=merge(current.attr,node.attr)}}function addEdge(graph,edge){if(!graph.edges){graph.edges=[]}graph.edges.push(edge);if(graph.edge){var attr=merge({},graph.edge);edge.attr=merge(attr,edge.attr)}}function createEdge(graph,from,to,type,attr){var edge={from:from,to:to,type:type};if(graph.edge){edge.attr=merge({},graph.edge)}edge.attr=merge(edge.attr||{},attr);return edge}function getToken(){tokenType=TOKENTYPE.NULL;token=\"\";while(c==\" \"||c==\"\t\"||c==\"\\n\"||c==\"\\r\"){next()}do{var isComment=false;if(c==\"#\"){var i=index-1;while(dot.charAt(i)==\" \"||dot.charAt(i)==\"\t\"){i--}if(dot.charAt(i)==\"\\n\"||dot.charAt(i)==\"\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}}if(c==\"/\"&&nextPreview()==\"/\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}if(c==\"/\"&&nextPreview()==\"*\"){while(c!=\"\"){if(c==\"*\"&&nextPreview()==\"/\"){next();next();break}else{next()}}isComment=true}while(c==\" \"||c==\"\t\"||c==\"\\n\"||c==\"\\r\"){next()}}while(isComment);if(c==\"\"){tokenType=TOKENTYPE.DELIMITER;return}var c2=c+nextPreview();if(DELIMITERS[c2]){tokenType=TOKENTYPE.DELIMITER;token=c2;next();next();return}if(DELIMITERS[c]){tokenType=TOKENTYPE.DELIMITER;token=c;next();return}if(isAlphaNumeric(c)||c==\"-\"){token+=c;next();while(isAlphaNumeric(c)){token+=c;next()}if(token==\"false\"){token=false\n}else if(token==\"true\"){token=true}else if(!isNaN(Number(token))){token=Number(token)}tokenType=TOKENTYPE.IDENTIFIER;return}if(c=='\"'){next();while(c!=\"\"&&(c!='\"'||c=='\"'&&nextPreview()=='\"')){token+=c;if(c=='\"'){next()}next()}if(c!='\"'){throw newSyntaxError('End of string \" expected')}next();tokenType=TOKENTYPE.IDENTIFIER;return}tokenType=TOKENTYPE.UNKNOWN;while(c!=\"\"){token+=c;next()}throw new SyntaxError('Syntax error in part \"'+chop(token,30)+'\"')}function parseGraph(){var graph={};first();getToken();if(token==\"strict\"){graph.strict=true;getToken()}if(token==\"graph\"||token==\"digraph\"){graph.type=token;getToken()}if(tokenType==TOKENTYPE.IDENTIFIER){graph.id=token;getToken()}if(token!=\"{\"){throw newSyntaxError(\"Angle bracket { expected\")}getToken();parseStatements(graph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();if(token!==\"\"){throw newSyntaxError(\"End of file expected\")}getToken();delete graph.node;delete graph.edge;delete graph.graph;return graph}function parseStatements(graph){while(token!==\"\"&&token!=\"}\"){parseStatement(graph);if(token==\";\"){getToken()}}}function parseStatement(graph){var subgraph=parseSubgraph(graph);if(subgraph){parseEdge(graph,subgraph);return}var attr=parseAttributeStatement(graph);if(attr){return}if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}var id=token;getToken();if(token==\"=\"){getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}graph[id]=token;getToken()}else{parseNodeStatement(graph,id)}}function parseSubgraph(graph){var subgraph=null;if(token==\"subgraph\"){subgraph={};subgraph.type=\"subgraph\";getToken();if(tokenType==TOKENTYPE.IDENTIFIER){subgraph.id=token;getToken()}}if(token==\"{\"){getToken();if(!subgraph){subgraph={}}subgraph.parent=graph;subgraph.node=graph.node;subgraph.edge=graph.edge;subgraph.graph=graph.graph;parseStatements(subgraph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();delete subgraph.node;delete subgraph.edge;delete subgraph.graph;delete subgraph.parent;if(!graph.subgraphs){graph.subgraphs=[]}graph.subgraphs.push(subgraph)}return subgraph}function parseAttributeStatement(graph){if(token==\"node\"){getToken();graph.node=parseAttributeList();return\"node\"}else if(token==\"edge\"){getToken();graph.edge=parseAttributeList();return\"edge\"}else if(token==\"graph\"){getToken();graph.graph=parseAttributeList();return\"graph\"}return null}function parseNodeStatement(graph,id){var node={id:id};var attr=parseAttributeList();if(attr){node.attr=attr}addNode(graph,node);parseEdge(graph,id)}function parseEdge(graph,from){while(token==\"->\"||token==\"--\"){var to;var type=token;getToken();var subgraph=parseSubgraph(graph);if(subgraph){to=subgraph}else{if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier or subgraph expected\")}to=token;addNode(graph,{id:to});getToken()}var attr=parseAttributeList();var edge=createEdge(graph,from,to,type,attr);addEdge(graph,edge);from=to}}function parseAttributeList(){var attr=null;while(token==\"[\"){getToken();attr={};while(token!==\"\"&&token!=\"]\"){if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute name expected\")}var name=token;getToken();if(token!=\"=\"){throw newSyntaxError(\"Equal sign = expected\")}getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute value expected\")}var value=token;setValue(attr,name,value);getToken();if(token==\",\"){getToken()}}if(token!=\"]\"){throw newSyntaxError(\"Bracket ] expected\")}getToken()}return attr}function newSyntaxError(message){return new SyntaxError(message+', got \"'+chop(token,30)+'\" (char '+index+\")\")}function chop(text,maxLength){return text.length<=maxLength?text:text.substr(0,27)+\"...\"}function forEach2(array1,array2,fn){if(Array.isArray(array1)){array1.forEach(function(elem1){if(Array.isArray(array2)){array2.forEach(function(elem2){fn(elem1,elem2)})}else{fn(elem1,array2)}})}else{if(Array.isArray(array2)){array2.forEach(function(elem2){fn(array1,elem2)})}else{fn(array1,array2)}}}function DOTToGraph(data){var dotData=parseDOT(data);var graphData={nodes:[],edges:[],options:{}};if(dotData.nodes){dotData.nodes.forEach(function(dotNode){var graphNode={id:dotNode.id,label:String(dotNode.label||dotNode.id)};merge(graphNode,dotNode.attr);if(graphNode.image){graphNode.shape=\"image\"}graphData.nodes.push(graphNode)})}if(dotData.edges){var convertEdge=function(dotEdge){var graphEdge={from:dotEdge.from,to:dotEdge.to};merge(graphEdge,dotEdge.attr);graphEdge.style=dotEdge.type==\"->\"?\"arrow\":\"line\";return graphEdge};dotData.edges.forEach(function(dotEdge){var from,to;if(dotEdge.from instanceof Object){from=dotEdge.from.nodes}else{from={id:dotEdge.from}}if(dotEdge.to instanceof Object){to=dotEdge.to.nodes}else{to={id:dotEdge.to}}if(dotEdge.from instanceof Object&&dotEdge.from.edges){dotEdge.from.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}forEach2(from,to,function(from,to){var subEdge=createEdge(graphData,from.id,to.id,dotEdge.type,dotEdge.attr);var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)});if(dotEdge.to instanceof Object&&dotEdge.to.edges){dotEdge.to.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}})}if(dotData.attr){graphData.options=dotData.attr}return graphData}exports.parseDOT=parseDOT;exports.DOTToGraph=DOTToGraph},function(module,exports,__webpack_require__){function parseGephi(gephiJSON,options){var edges=[];var nodes=[];this.options={edges:{inheritColor:true},nodes:{allowedToMove:false,parseColor:false}};if(options!==undefined){this.options.nodes[\"allowedToMove\"]=options.allowedToMove|false;this.options.nodes[\"parseColor\"]=options.parseColor|false;this.options.edges[\"inheritColor\"]=options.inheritColor|true}var gEdges=gephiJSON.edges;var gNodes=gephiJSON.nodes;for(var i=0;i<gEdges.length;i++){var edge={};var gEdge=gEdges[i];edge[\"id\"]=gEdge.id;edge[\"from\"]=gEdge.source;edge[\"to\"]=gEdge.target;edge[\"attributes\"]=gEdge.attributes;edge[\"color\"]=gEdge.color;edge[\"inheritColor\"]=edge[\"color\"]!==undefined?false:this.options.inheritColor;edges.push(edge)}for(var i=0;i<gNodes.length;i++){var node={};var gNode=gNodes[i];node[\"id\"]=gNode.id;node[\"attributes\"]=gNode.attributes;node[\"x\"]=gNode.x;node[\"y\"]=gNode.y;node[\"label\"]=gNode.label;if(this.options.nodes.parseColor==true){node[\"color\"]=gNode.color}else{node[\"color\"]=gNode.color!==undefined?{background:gNode.color,border:gNode.color}:undefined}node[\"radius\"]=gNode.size;node[\"allowedToMoveX\"]=this.options.nodes.allowedToMove;node[\"allowedToMoveY\"]=this.options.nodes.allowedToMove;nodes.push(node)}return{nodes:nodes,edges:edges}}exports.parseGephi=parseGephi},function(module,exports,__webpack_require__){module.exports=typeof window!==\"undefined\"&&window[\"moment\"]||__webpack_require__(58)},function(module,exports,__webpack_require__){if(typeof window!==\"undefined\"){module.exports=window[\"Hammer\"]||__webpack_require__(59)}else{module.exports=function(){throw Error(\"hammer.js is only available in a browser, not in node.js.\")}}},function(module,exports,__webpack_require__){var Emitter=__webpack_require__(56);var Hammer=__webpack_require__(45);var util=__webpack_require__(1);var DataSet=__webpack_require__(3);var DataView=__webpack_require__(4);var Range=__webpack_require__(17);var ItemSet=__webpack_require__(32);var Activator=__webpack_require__(53);var DateUtil=__webpack_require__(15);function Core(){}Emitter(Core.prototype);Core.prototype._create=function(container){this.dom={};this.dom.root=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.backgroundVertical=document.createElement(\"div\");this.dom.backgroundHorizontal=document.createElement(\"div\");this.dom.centerContainer=document.createElement(\"div\");this.dom.leftContainer=document.createElement(\"div\");this.dom.rightContainer=document.createElement(\"div\");this.dom.center=document.createElement(\"div\");this.dom.left=document.createElement(\"div\");this.dom.right=document.createElement(\"div\");this.dom.top=document.createElement(\"div\");this.dom.bottom=document.createElement(\"div\");this.dom.shadowTop=document.createElement(\"div\");this.dom.shadowBottom=document.createElement(\"div\");this.dom.shadowTopLeft=document.createElement(\"div\");this.dom.shadowBottomLeft=document.createElement(\"div\");this.dom.shadowTopRight=document.createElement(\"div\");this.dom.shadowBottomRight=document.createElement(\"div\");this.dom.root.className=\"vis timeline root\";this.dom.background.className=\"vispanel background\";this.dom.backgroundVertical.className=\"vispanel background vertical\";this.dom.backgroundHorizontal.className=\"vispanel background horizontal\";this.dom.centerContainer.className=\"vispanel center\";this.dom.leftContainer.className=\"vispanel left\";this.dom.rightContainer.className=\"vispanel right\";this.dom.top.className=\"vispanel top\";this.dom.bottom.className=\"vispanel bottom\";this.dom.left.className=\"content\";this.dom.center.className=\"content\";this.dom.right.className=\"content\";this.dom.shadowTop.className=\"shadow top\";this.dom.shadowBottom.className=\"shadow bottom\";this.dom.shadowTopLeft.className=\"shadow top\";this.dom.shadowBottomLeft.className=\"shadow bottom\";this.dom.shadowTopRight.className=\"shadow top\";this.dom.shadowBottomRight.className=\"shadow bottom\";this.dom.root.appendChild(this.dom.background);this.dom.root.appendChild(this.dom.backgroundVertical);this.dom.root.appendChild(this.dom.backgroundHorizontal);this.dom.root.appendChild(this.dom.centerContainer);this.dom.root.appendChild(this.dom.leftContainer);this.dom.root.appendChild(this.dom.rightContainer);this.dom.root.appendChild(this.dom.top);this.dom.root.appendChild(this.dom.bottom);this.dom.centerContainer.appendChild(this.dom.center);this.dom.leftContainer.appendChild(this.dom.left);this.dom.rightContainer.appendChild(this.dom.right);this.dom.centerContainer.appendChild(this.dom.shadowTop);this.dom.centerContainer.appendChild(this.dom.shadowBottom);this.dom.leftContainer.appendChild(this.dom.shadowTopLeft);this.dom.leftContainer.appendChild(this.dom.shadowBottomLeft);this.dom.rightContainer.appendChild(this.dom.shadowTopRight);this.dom.rightContainer.appendChild(this.dom.shadowBottomRight);this.on(\"rangechange\",this.redraw.bind(this));this.on(\"touch\",this._onTouch.bind(this));this.on(\"pinch\",this._onPinch.bind(this));this.on(\"dragstart\",this._onDragStart.bind(this));this.on(\"drag\",this._onDrag.bind(this));var me=this;this.on(\"change\",function(properties){if(properties&&properties.queue==true){if(!me._redrawTimer){me._redrawTimer=setTimeout(function(){me._redrawTimer=null;me.redraw()},0)}}else{me.redraw()}});this.hammer=Hammer(this.dom.root,{preventDefault:true});this.listeners={};var events=[\"touch\",\"pinch\",\"tap\",\"doubletap\",\"hold\",\"dragstart\",\"drag\",\"dragend\",\"mousewheel\",\"DOMMouseScroll\"];events.forEach(function(event){var listener=function(){var args=[event].concat(Array.prototype.slice.call(arguments,0));if(me.isActive()){me.emit.apply(me,args)}};me.hammer.on(event,listener);me.listeners[event]=listener});this.props={root:{},background:{},centerContainer:{},leftContainer:{},rightContainer:{},center:{},left:{},right:{},top:{},bottom:{},border:{},scrollTop:0,scrollTopMin:0};this.touch={};this.redrawCount=0;if(!container)throw new Error(\"No container provided\");container.appendChild(this.dom.root)};Core.prototype.setOptions=function(options){if(options){var fields=[\"width\",\"height\",\"minHeight\",\"maxHeight\",\"autoResize\",\"start\",\"end\",\"orientation\",\"clickToUse\",\"dataAttributes\",\"hiddenDates\"];util.selectiveExtend(fields,this.options,options);if(\"hiddenDates\"in this.options){DateUtil.convertHiddenOptions(this.body,this.options.hiddenDates)}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.dom.root)}}else{if(this.activator){this.activator.destroy();delete this.activator}}}this._initAutoResize()}this.components.forEach(function(component){component.setOptions(options)});if(options&&options.order){throw new Error(\"Option order is deprecated. There is no replacement for this feature.\")}this.redraw()};Core.prototype.isActive=function(){return!this.activator||this.activator.active};Core.prototype.destroy=function(){this.clear();this.off();this._stopAutoResize();if(this.dom.root.parentNode){this.dom.root.parentNode.removeChild(this.dom.root)}this.dom=null;if(this.activator){this.activator.destroy();delete this.activator}for(var event in this.listeners){if(this.listeners.hasOwnProperty(event)){delete this.listeners[event]}}this.listeners=null;this.hammer=null;this.components.forEach(function(component){component.destroy()});this.body=null};Core.prototype.setCustomTime=function(time){if(!this.customTime){throw new Error(\"Cannot get custom time: Custom time bar is not enabled\")}this.customTime.setCustomTime(time)};Core.prototype.getCustomTime=function(){if(!this.customTime){throw new Error(\"Cannot get custom time: Custom time bar is not enabled\")}return this.customTime.getCustomTime()};Core.prototype.getVisibleItems=function(){return this.itemSet&&this.itemSet.getVisibleItems()||[]};Core.prototype.clear=function(what){if(!what||what.items){this.setItems(null)}if(!what||what.groups){this.setGroups(null)}if(!what||what.options){this.components.forEach(function(component){component.setOptions(component.defaultOptions)});this.setOptions(this.defaultOptions)}};Core.prototype.fit=function(options){var range=this._getDataRange();if(range.start===null&&range.end===null){return}var animate=options&&options.animate!==undefined?options.animate:true;this.range.setRange(range.start,range.end,animate)};Core.prototype._getDataRange=function(){var dataRange=this.getItemRange();var start=dataRange.min;var end=dataRange.max;if(start!=null&&end!=null){var interval=end.valueOf()-start.valueOf();if(interval<=0){interval=24*60*60*1e3}start=new Date(start.valueOf()-interval*.05);end=new Date(end.valueOf()+interval*.05)}return{start:start,end:end}};Core.prototype.setWindow=function(start,end,options){var animate=options&&options.animate!==undefined?options.animate:true;if(arguments.length==1){var range=arguments[0];this.range.setRange(range.start,range.end,animate)}else{this.range.setRange(start,end,animate)}};Core.prototype.moveTo=function(time,options){var interval=this.range.end-this.range.start;var t=util.convert(time,\"Date\").valueOf();var start=t-interval/2;var end=t+interval/2;var animate=options&&options.animate!==undefined?options.animate:true;this.range.setRange(start,end,animate)};Core.prototype.getWindow=function(){var range=this.range.getRange();return{start:new Date(range.start),end:new Date(range.end)}};Core.prototype.redraw=function(){var resized=false;var options=this.options;var props=this.props;var dom=this.dom;if(!dom)return;DateUtil.updateHiddenDates(this.body,this.options.hiddenDates);if(options.orientation==\"top\"){util.addClassName(dom.root,\"top\");util.removeClassName(dom.root,\"bottom\")}else{util.removeClassName(dom.root,\"top\");util.addClassName(dom.root,\"bottom\")}dom.root.style.maxHeight=util.option.asSize(options.maxHeight,\"\");dom.root.style.minHeight=util.option.asSize(options.minHeight,\"\");dom.root.style.width=util.option.asSize(options.width,\"\");props.border.left=(dom.centerContainer.offsetWidth-dom.centerContainer.clientWidth)/2;props.border.right=props.border.left;props.border.top=(dom.centerContainer.offsetHeight-dom.centerContainer.clientHeight)/2;props.border.bottom=props.border.top;var borderRootHeight=dom.root.offsetHeight-dom.root.clientHeight;var borderRootWidth=dom.root.offsetWidth-dom.root.clientWidth;if(dom.centerContainer.clientHeight===0){props.border.left=props.border.top;props.border.right=props.border.left}if(dom.root.clientHeight===0){borderRootWidth=borderRootHeight}props.center.height=dom.center.offsetHeight;props.left.height=dom.left.offsetHeight;props.right.height=dom.right.offsetHeight;props.top.height=dom.top.clientHeight||-props.border.top;props.bottom.height=dom.bottom.clientHeight||-props.border.bottom;var contentHeight=Math.max(props.left.height,props.center.height,props.right.height);var autoHeight=props.top.height+contentHeight+props.bottom.height+borderRootHeight+props.border.top+props.border.bottom;dom.root.style.height=util.option.asSize(options.height,autoHeight+\"px\");props.root.height=dom.root.offsetHeight;props.background.height=props.root.height-borderRootHeight;var containerHeight=props.root.height-props.top.height-props.bottom.height-borderRootHeight;props.centerContainer.height=containerHeight;props.leftContainer.height=containerHeight;props.rightContainer.height=props.leftContainer.height;props.root.width=dom.root.offsetWidth;props.background.width=props.root.width-borderRootWidth;props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.leftContainer.width=props.left.width;props.right.width=dom.rightContainer.clientWidth||-props.border.right;props.rightContainer.width=props.right.width;var centerWidth=props.root.width-props.left.width-props.right.width-borderRootWidth;props.center.width=centerWidth;props.centerContainer.width=centerWidth;props.top.width=centerWidth;props.bottom.width=centerWidth;dom.background.style.height=props.background.height+\"px\";dom.backgroundVertical.style.height=props.background.height+\"px\";dom.backgroundHorizontal.style.height=props.centerContainer.height+\"px\";dom.centerContainer.style.height=props.centerContainer.height+\"px\";dom.leftContainer.style.height=props.leftContainer.height+\"px\";dom.rightContainer.style.height=props.rightContainer.height+\"px\";dom.background.style.width=props.background.width+\"px\";dom.backgroundVertical.style.width=props.centerContainer.width+\"px\";dom.backgroundHorizontal.style.width=props.background.width+\"px\";dom.centerContainer.style.width=props.center.width+\"px\";dom.top.style.width=props.top.width+\"px\";dom.bottom.style.width=props.bottom.width+\"px\";dom.background.style.left=\"0\";dom.background.style.top=\"0\";dom.backgroundVertical.style.left=props.left.width+props.border.left+\"px\";dom.backgroundVertical.style.top=\"0\";dom.backgroundHorizontal.style.left=\"0\";dom.backgroundHorizontal.style.top=props.top.height+\"px\";dom.centerContainer.style.left=props.left.width+\"px\";dom.centerContainer.style.top=props.top.height+\"px\";dom.leftContainer.style.left=\"0\";dom.leftContainer.style.top=props.top.height+\"px\";dom.rightContainer.style.left=props.left.width+props.center.width+\"px\";dom.rightContainer.style.top=props.top.height+\"px\";dom.top.style.left=props.left.width+\"px\";dom.top.style.top=\"0\";dom.bottom.style.left=props.left.width+\"px\";dom.bottom.style.top=props.top.height+props.centerContainer.height+\"px\";this._updateScrollTop();var offset=this.props.scrollTop;if(options.orientation==\"bottom\"){offset+=Math.max(this.props.centerContainer.height-this.props.center.height-this.props.border.top-this.props.border.bottom,0)}dom.center.style.left=\"0\";dom.center.style.top=offset+\"px\";dom.left.style.left=\"0\";dom.left.style.top=offset+\"px\";dom.right.style.left=\"0\";dom.right.style.top=offset+\"px\";var visibilityTop=this.props.scrollTop==0?\"hidden\":\"\";var visibilityBottom=this.props.scrollTop==this.props.scrollTopMin?\"hidden\":\"\";dom.shadowTop.style.visibility=visibilityTop;dom.shadowBottom.style.visibility=visibilityBottom;dom.shadowTopLeft.style.visibility=visibilityTop;dom.shadowBottomLeft.style.visibility=visibilityBottom;dom.shadowTopRight.style.visibility=visibilityTop;dom.shadowBottomRight.style.visibility=visibilityBottom;this.components.forEach(function(component){resized=component.redraw()||resized});if(resized){var MAX_REDRAWS=3;if(this.redrawCount<MAX_REDRAWS){this.redrawCount++;this.redraw()}else{console.log(\"WARNING: infinite loop in redraw?\")}this.redrawCount=0}this.emit(\"finishedRedraw\")};Core.prototype.repaint=function(){throw new Error(\"Function repaint is deprecated. Use redraw instead.\")};Core.prototype.setCurrentTime=function(time){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}this.currentTime.setCurrentTime(time)};Core.prototype.getCurrentTime=function(){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}return this.currentTime.getCurrentTime()};Core.prototype._toTime=function(x){return DateUtil.toTime(this,x,this.props.center.width)};Core.prototype._toGlobalTime=function(x){return DateUtil.toTime(this,x,this.props.root.width)};Core.prototype._toScreen=function(time){return DateUtil.toScreen(this,time,this.props.center.width)};Core.prototype._toGlobalScreen=function(time){return DateUtil.toScreen(this,time,this.props.root.width)};Core.prototype._initAutoResize=function(){if(this.options.autoResize==true){this._startAutoResize()}else{this._stopAutoResize()}};Core.prototype._startAutoResize=function(){var me=this;this._stopAutoResize();this._onResize=function(){if(me.options.autoResize!=true){me._stopAutoResize();return}if(me.dom.root){if(me.dom.root.offsetWidth!=me.props.lastWidth||me.dom.root.offsetHeight!=me.props.lastHeight){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight;me.emit(\"change\")}}};util.addEventListener(window,\"resize\",this._onResize);this.watchTimer=setInterval(this._onResize,1e3)};Core.prototype._stopAutoResize=function(){if(this.watchTimer){clearInterval(this.watchTimer);this.watchTimer=undefined}util.removeEventListener(window,\"resize\",this._onResize);this._onResize=null};Core.prototype._onTouch=function(event){this.touch.allowDragging=true};Core.prototype._onPinch=function(event){this.touch.allowDragging=false};Core.prototype._onDragStart=function(event){this.touch.initialScrollTop=this.props.scrollTop};Core.prototype._onDrag=function(event){if(!this.touch.allowDragging)return;var delta=event.gesture.deltaY;var oldScrollTop=this._getScrollTop();var newScrollTop=this._setScrollTop(this.touch.initialScrollTop+delta);if(newScrollTop!=oldScrollTop){this.redraw();this.emit(\"verticalDrag\")}};Core.prototype._setScrollTop=function(scrollTop){this.props.scrollTop=scrollTop;this._updateScrollTop();return this.props.scrollTop};Core.prototype._updateScrollTop=function(){var scrollTopMin=Math.min(this.props.centerContainer.height-this.props.center.height,0);if(scrollTopMin!=this.props.scrollTopMin){if(this.options.orientation==\"bottom\"){this.props.scrollTop+=scrollTopMin-this.props.scrollTopMin}this.props.scrollTopMin=scrollTopMin}if(this.props.scrollTop>0)this.props.scrollTop=0;if(this.props.scrollTop<scrollTopMin)this.props.scrollTop=scrollTopMin;return this.props.scrollTop};Core.prototype._getScrollTop=function(){return this.props.scrollTop};module.exports=Core},function(module,exports,__webpack_require__){var Hammer=__webpack_require__(45);exports.fakeGesture=function(element,event){var eventType=null;var touches=Hammer.event.getTouchList(event,eventType);var gesture=Hammer.event.collectEventData(this,eventType,touches,event);if(isNaN(gesture.center.pageX)){gesture.center.pageX=event.pageX}if(isNaN(gesture.center.pageY)){gesture.center.pageY=event.pageY}return gesture}},function(module,exports,__webpack_require__){exports[\"en\"]={current:\"current\",time:\"time\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"nl\"]={custom:\"aangepaste\",time:\"tijd\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]},function(module,exports,__webpack_require__){var DOMutil=__webpack_require__(2);var Points=__webpack_require__(51);function Line(groupId,options){this.groupId=groupId;this.options=options}Line.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Line.prototype.draw=function(dataset,group,framework){if(dataset!=null){if(dataset.length>0){var path,d;var svgHeight=Number(framework.svg.style.height.replace(\"px\",\"\"));path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}if(group.options.catmullRom.enabled==true){d=Line._catmullRom(dataset,group)}else{d=Line._linear(dataset)}if(group.options.shaded.enabled==true){var fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);var dFill;if(group.options.shaded.orientation==\"top\"){dFill=\"M\"+dataset[0].x+\",\"+0+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+0}else{dFill=\"M\"+dataset[0].x+\",\"+svgHeight+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+svgHeight}fillPath.setAttributeNS(null,\"class\",group.className+\" fill\");if(group.options.shaded.style!==undefined){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}fillPath.setAttributeNS(null,\"d\",dFill)}path.setAttributeNS(null,\"d\",\"M\"+d);if(group.options.drawPoints.enabled==true){Points.draw(dataset,group,framework)}}}};Line._catmullRomUniform=function(data){var p0,p1,p2,p3,bp1,bp2;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var normalization=1/6;var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;bp1={x:(-p0.x+6*p1.x+p2.x)*normalization,y:(-p0.y+6*p1.y+p2.y)*normalization};bp2={x:(p1.x+6*p2.x-p3.x)*normalization,y:(p1.y+6*p2.y-p3.y)*normalization};d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d};Line._catmullRom=function(data,group){var alpha=group.options.catmullRom.alpha;if(alpha==0||alpha===undefined){return this._catmullRomUniform(data)}else{var p0,p1,p2,p3,bp1,bp2,d1,d2,d3,A,B,N,M;var d3powA,d2powA,d3pow2A,d2pow2A,d1pow2A,d1powA;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;d1=Math.sqrt(Math.pow(p0.x-p1.x,2)+Math.pow(p0.y-p1.y,2));d2=Math.sqrt(Math.pow(p1.x-p2.x,2)+Math.pow(p1.y-p2.y,2));d3=Math.sqrt(Math.pow(p2.x-p3.x,2)+Math.pow(p2.y-p3.y,2));d3powA=Math.pow(d3,alpha);d3pow2A=Math.pow(d3,2*alpha);d2powA=Math.pow(d2,alpha);d2pow2A=Math.pow(d2,2*alpha);d1powA=Math.pow(d1,alpha);d1pow2A=Math.pow(d1,2*alpha);A=2*d1pow2A+3*d1powA*d2powA+d2pow2A;B=2*d3pow2A+3*d3powA*d2powA+d2pow2A;N=3*d1powA*(d1powA+d2powA);if(N>0){N=1/N}M=3*d3powA*(d3powA+d2powA);if(M>0){M=1/M}bp1={x:(-d2pow2A*p0.x+A*p1.x+d1pow2A*p2.x)*N,y:(-d2pow2A*p0.y+A*p1.y+d1pow2A*p2.y)*N};bp2={x:(d3pow2A*p1.x+B*p2.x-d2pow2A*p3.x)*M,y:(d3pow2A*p1.y+B*p2.y-d2pow2A*p3.y)*M};if(bp1.x==0&&bp1.y==0){bp1=p1}if(bp2.x==0&&bp2.y==0){bp2=p2}d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d}};Line._linear=function(data){var d=\"\";for(var i=0;i<data.length;i++){if(i==0){d+=data[i].x+\",\"+data[i].y}else{d+=\" \"+data[i].x+\",\"+data[i].y}}return d};module.exports=Line},function(module,exports,__webpack_require__){var DOMutil=__webpack_require__(2);var Points=__webpack_require__(51);function Bargraph(groupId,options){this.groupId=groupId;this.options=options}Bargraph.prototype.getYRange=function(groupData){if(this.options.barChart.handleOverlap!=\"stack\"){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}}else{var barCombinedData=[];for(var j=0;j<groupData.length;j++){barCombinedData.push({x:groupData[j].x,y:groupData[j].y,groupId:this.groupId})}return barCombinedData}};Bargraph.draw=function(groupIds,processedGroupData,framework){var combinedData=[];var intersections={};var coreDistance;var key,drawData;var group;var i,j;var barPoints=0;for(i=0;i<groupIds.length;i++){group=framework.groups[groupIds[i]];if(group.options.style==\"bar\"){if(group.visible==true&&(framework.options.groups.visibility[groupIds[i]]===undefined||framework.options.groups.visibility[groupIds[i]]==true)){for(j=0;j<processedGroupData[groupIds[i]].length;j++){combinedData.push({x:processedGroupData[groupIds[i]][j].x,y:processedGroupData[groupIds[i]][j].y,groupId:groupIds[i]});barPoints+=1}}}}if(barPoints==0){return}combinedData.sort(function(a,b){if(a.x==b.x){return a.groupId-b.groupId}else{return a.x-b.x}});Bargraph._getDataIntersections(intersections,combinedData);for(i=0;i<combinedData.length;i++){group=framework.groups[combinedData[i].groupId];var minWidth=.1*group.options.barChart.width;key=combinedData[i].x;var heightOffset=0;if(intersections[key]===undefined){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-key)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-key))}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth)}else{var nextKey=i+(intersections[key].amount-intersections[key].resolved);var prevKey=i-(intersections[key].resolved+1);if(nextKey<combinedData.length){coreDistance=Math.abs(combinedData[nextKey].x-key)}if(prevKey>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[prevKey].x-key))}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth);intersections[key].resolved+=1;if(group.options.barChart.handleOverlap==\"stack\"){heightOffset=intersections[key].accumulated;intersections[key].accumulated+=group.zeroPosition-combinedData[i].y}else if(group.options.barChart.handleOverlap==\"sideBySide\"){drawData.width=drawData.width/intersections[key].amount;drawData.offset+=intersections[key].resolved*drawData.width-.5*drawData.width*(intersections[key].amount+1);if(group.options.barChart.align==\"left\"){drawData.offset-=.5*drawData.width}else if(group.options.barChart.align==\"right\"){drawData.offset+=.5*drawData.width}}}DOMutil.drawBar(combinedData[i].x+drawData.offset,combinedData[i].y-heightOffset,drawData.width,group.zeroPosition-combinedData[i].y,group.className+\" bar\",framework.svgElements,framework.svg);if(group.options.drawPoints.enabled==true){DOMutil.drawPoint(combinedData[i].x+drawData.offset,combinedData[i].y,group,framework.svgElements,framework.svg)}}};Bargraph._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-combinedData[i].x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-combinedData[i].x))}if(coreDistance==0){if(intersections[combinedData[i].x]===undefined){intersections[combinedData[i].x]={amount:0,resolved:0,accumulated:0}}intersections[combinedData[i].x].amount+=1}}};Bargraph._getSafeDrawData=function(coreDistance,group,minWidth){var width,offset;if(coreDistance<group.options.barChart.width&&coreDistance>0){width=coreDistance<minWidth?minWidth:coreDistance;offset=0;if(group.options.barChart.align==\"left\"){offset-=.5*coreDistance}else if(group.options.barChart.align==\"right\"){offset+=.5*coreDistance}}else{width=group.options.barChart.width;offset=0;if(group.options.barChart.align==\"left\"){offset-=.5*group.options.barChart.width}else if(group.options.barChart.align==\"right\"){offset+=.5*group.options.barChart.width}}return{width:width,offset:offset}};Bargraph.getStackedBarYRange=function(barCombinedData,groupRanges,groupIds,groupLabel,orientation){if(barCombinedData.length>0){barCombinedData.sort(function(a,b){if(a.x==b.x){return a.groupId-b.groupId}else{return a.x-b.x}});var intersections={};Bargraph._getDataIntersections(intersections,barCombinedData);groupRanges[groupLabel]=Bargraph._getStackedBarYRange(intersections,barCombinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Bargraph._getStackedBarYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].y;var yMax=combinedData[0].y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].y?combinedData[i].y:yMin;yMax=yMax<combinedData[i].y?combinedData[i].y:yMax}else{intersections[key].accumulated+=combinedData[i].y}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulated?intersections[xpos].accumulated:yMin;\nyMax=yMax<intersections[xpos].accumulated?intersections[xpos].accumulated:yMax}}return{min:yMin,max:yMax}};module.exports=Bargraph},function(module,exports,__webpack_require__){var DOMutil=__webpack_require__(2);function Points(groupId,options){this.groupId=groupId;this.options=options}Points.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Points.prototype.draw=function(dataset,group,framework,offset){Points.draw(dataset,group,framework,offset)};Points.draw=function(dataset,group,framework,offset){if(offset===undefined){offset=0}for(var i=0;i<dataset.length;i++){DOMutil.drawPoint(dataset[i].x+offset,dataset[i].y,group,framework.svgElements,framework.svg)}};module.exports=Points},function(module,exports,__webpack_require__){var PhysicsMixin=__webpack_require__(60);var ClusterMixin=__webpack_require__(61);var SectorsMixin=__webpack_require__(62);var SelectionMixin=__webpack_require__(63);var ManipulationMixin=__webpack_require__(64);var NavigationMixin=__webpack_require__(65);var HierarchicalLayoutMixin=__webpack_require__(66);exports._loadMixin=function(sourceVariable){for(var mixinFunction in sourceVariable){if(sourceVariable.hasOwnProperty(mixinFunction)){this[mixinFunction]=sourceVariable[mixinFunction]}}};exports._clearMixin=function(sourceVariable){for(var mixinFunction in sourceVariable){if(sourceVariable.hasOwnProperty(mixinFunction)){this[mixinFunction]=undefined}}};exports._loadPhysicsSystem=function(){this._loadMixin(PhysicsMixin);this._loadSelectedForceSolver();if(this.constants.configurePhysics==true){this._loadPhysicsConfiguration()}else{this._cleanupPhysicsConfiguration()}};exports._loadClusterSystem=function(){this.clusterSession=0;this.hubThreshold=5;this._loadMixin(ClusterMixin)};exports._loadSectorSystem=function(){this.sectors={};this.activeSector=[\"default\"];this.sectors[\"active\"]={};this.sectors[\"active\"][\"default\"]={nodes:{},edges:{},nodeIndices:[],formationScale:1,drawingNode:undefined};this.sectors[\"frozen\"]={};this.sectors[\"support\"]={nodes:{},edges:{},nodeIndices:[],formationScale:1,drawingNode:undefined};this.nodeIndices=this.sectors[\"active\"][\"default\"][\"nodeIndices\"];this._loadMixin(SectorsMixin)};exports._loadSelectionSystem=function(){this.selectionObj={nodes:{},edges:{}};this._loadMixin(SelectionMixin)};exports._loadManipulationSystem=function(){this.blockConnectingEdgeSelection=false;this.forceAppendSelection=false;if(this.constants.dataManipulation.enabled==true){if(this.manipulationDiv===undefined){this.manipulationDiv=document.createElement(\"div\");this.manipulationDiv.className=\"network-manipulationDiv\";if(this.editMode==true){this.manipulationDiv.style.display=\"block\"}else{this.manipulationDiv.style.display=\"none\"}this.frame.appendChild(this.manipulationDiv)}if(this.editModeDiv===undefined){this.editModeDiv=document.createElement(\"div\");this.editModeDiv.className=\"network-manipulation-editMode\";if(this.editMode==true){this.editModeDiv.style.display=\"none\"}else{this.editModeDiv.style.display=\"block\"}this.frame.appendChild(this.editModeDiv)}if(this.closeDiv===undefined){this.closeDiv=document.createElement(\"div\");this.closeDiv.className=\"network-manipulation-closeDiv\";this.closeDiv.style.display=this.manipulationDiv.style.display;this.frame.appendChild(this.closeDiv)}this._loadMixin(ManipulationMixin);this._createManipulatorBar()}else{if(this.manipulationDiv!==undefined){this._createManipulatorBar();this.frame.removeChild(this.manipulationDiv);this.frame.removeChild(this.editModeDiv);this.frame.removeChild(this.closeDiv);this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined;this._clearMixin(ManipulationMixin)}}};exports._loadNavigationControls=function(){this._loadMixin(NavigationMixin);this._cleanNavigation();if(this.constants.navigation.enabled==true){this._loadNavigationElements()}};exports._loadHierarchySystem=function(){this._loadMixin(HierarchicalLayoutMixin)}},function(module,exports,__webpack_require__){var keycharm=__webpack_require__(57);var Emitter=__webpack_require__(56);var Hammer=__webpack_require__(45);var util=__webpack_require__(1);function Activator(container){this.active=false;this.dom={container:container};this.dom.overlay=document.createElement(\"div\");this.dom.overlay.className=\"overlay\";this.dom.container.appendChild(this.dom.overlay);this.hammer=Hammer(this.dom.overlay,{prevent_default:false});this.hammer.on(\"tap\",this._onTapOverlay.bind(this));var me=this;var events=[\"touch\",\"pinch\",\"doubletap\",\"hold\",\"dragstart\",\"drag\",\"dragend\",\"mousewheel\",\"DOMMouseScroll\"];events.forEach(function(event){me.hammer.on(event,function(event){event.stopPropagation()})});this.windowHammer=Hammer(window,{prevent_default:false});this.windowHammer.on(\"tap\",function(event){if(!_hasParent(event.target,container)){me.deactivate()}});if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.escListener=this.deactivate.bind(this)}Emitter(Activator.prototype);Activator.current=null;Activator.prototype.destroy=function(){this.deactivate();this.dom.overlay.parentNode.removeChild(this.dom.overlay);this.hammer=null;this.windowHammer=null};Activator.prototype.activate=function(){if(Activator.current){Activator.current.deactivate()}Activator.current=this;this.active=true;this.dom.overlay.style.display=\"none\";util.addClassName(this.dom.container,\"vis-active\");this.emit(\"change\");this.emit(\"activate\");this.keycharm.bind(\"esc\",this.escListener)};Activator.prototype.deactivate=function(){this.active=false;this.dom.overlay.style.display=\"\";util.removeClassName(this.dom.container,\"vis-active\");this.keycharm.unbind(\"esc\",this.escListener);this.emit(\"change\");this.emit(\"deactivate\")};Activator.prototype._onTapOverlay=function(event){this.activate();event.stopPropagation()};function _hasParent(element,parent){while(element){if(element===parent){return true}element=element.parentNode}return false}module.exports=Activator},function(module,exports,__webpack_require__){exports[\"en\"]={edit:\"Edit\",del:\"Delete selected\",back:\"Back\",addNode:\"Add Node\",addEdge:\"Add Edge\",editNode:\"Edit Node\",editEdge:\"Edit Edge\",addDescription:\"Click in an empty space to place a new node.\",edgeDescription:\"Click on a node and drag the edge to another node to connect them.\",editEdgeDescription:\"Click on the control points and drag them to a node to connect to it.\",createEdgeError:\"Cannot link edges to a cluster.\",deleteClusterError:\"Clusters cannot be deleted.\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"nl\"]={edit:\"Wijzigen\",del:\"Selectie verwijderen\",back:\"Terug\",addNode:\"Node toevoegen\",addEdge:\"Link toevoegen\",editNode:\"Node wijzigen\",editEdge:\"Link wijzigen\",addDescription:\"Klik op een leeg gebied om een nieuwe node te maken.\",edgeDescription:\"Klik op een node en sleep de link naar een andere node om ze te verbinden.\",editEdgeDescription:\"Klik op de verbindingspunten en sleep ze naar een node om daarmee te verbinden.\",createEdgeError:\"Kan geen link maken naar een cluster.\",deleteClusterError:\"Clusters kunnen niet worden verwijderd.\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]},function(module,exports,__webpack_require__){if(typeof CanvasRenderingContext2D!==\"undefined\"){CanvasRenderingContext2D.prototype.circle=function(x,y,r){this.beginPath();this.arc(x,y,r,0,2*Math.PI,false)};CanvasRenderingContext2D.prototype.square=function(x,y,r){this.beginPath();this.rect(x-r,y-r,r*2,r*2)};CanvasRenderingContext2D.prototype.triangle=function(x,y,r){this.beginPath();var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y-(h-ir));this.lineTo(x+s2,y+ir);this.lineTo(x-s2,y+ir);this.lineTo(x,y-(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.triangleDown=function(x,y,r){this.beginPath();var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y+(h-ir));this.lineTo(x+s2,y-ir);this.lineTo(x-s2,y-ir);this.lineTo(x,y+(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.star=function(x,y,r){this.beginPath();for(var n=0;n<10;n++){var radius=n%2===0?r*1.3:r*.5;this.lineTo(x+radius*Math.sin(n*2*Math.PI/10),y-radius*Math.cos(n*2*Math.PI/10))}this.closePath()};CanvasRenderingContext2D.prototype.roundRect=function(x,y,w,h,r){var r2d=Math.PI/180;if(w-2*r<0){r=w/2}if(h-2*r<0){r=h/2}this.beginPath();this.moveTo(x+r,y);this.lineTo(x+w-r,y);this.arc(x+w-r,y+r,r,r2d*270,r2d*360,false);this.lineTo(x+w,y+h-r);this.arc(x+w-r,y+h-r,r,0,r2d*90,false);this.lineTo(x+r,y+h);this.arc(x+r,y+h-r,r,r2d*90,r2d*180,false);this.lineTo(x,y+r);this.arc(x+r,y+r,r,r2d*180,r2d*270,false)};CanvasRenderingContext2D.prototype.ellipse=function(x,y,w,h){var kappa=.5522848,ox=w/2*kappa,oy=h/2*kappa,xe=x+w,ye=y+h,xm=x+w/2,ym=y+h/2;this.beginPath();this.moveTo(x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym)};CanvasRenderingContext2D.prototype.database=function(x,y,w,h){var f=1/3;var wEllipse=w;var hEllipse=h*f;var kappa=.5522848,ox=wEllipse/2*kappa,oy=hEllipse/2*kappa,xe=x+wEllipse,ye=y+hEllipse,xm=x+wEllipse/2,ym=y+hEllipse/2,ymb=y+(h-hEllipse/2),yeb=y+h;this.beginPath();this.moveTo(xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.lineTo(xe,ymb);this.bezierCurveTo(xe,ymb+oy,xm+ox,yeb,xm,yeb);this.bezierCurveTo(xm-ox,yeb,x,ymb+oy,x,ymb);this.lineTo(x,ym)};CanvasRenderingContext2D.prototype.arrow=function(x,y,angle,length){var xt=x-length*Math.cos(angle);var yt=y-length*Math.sin(angle);var xi=x-length*.9*Math.cos(angle);var yi=y-length*.9*Math.sin(angle);var xl=xt+length/3*Math.cos(angle+.5*Math.PI);var yl=yt+length/3*Math.sin(angle+.5*Math.PI);var xr=xt+length/3*Math.cos(angle-.5*Math.PI);var yr=yt+length/3*Math.sin(angle-.5*Math.PI);this.beginPath();this.moveTo(x,y);this.lineTo(xl,yl);this.lineTo(xi,yi);this.lineTo(xr,yr);this.closePath()};CanvasRenderingContext2D.prototype.dashedLine=function(x,y,x2,y2,dashArray){if(!dashArray)dashArray=[10,5];if(dashLength==0)dashLength=.001;var dashCount=dashArray.length;this.moveTo(x,y);var dx=x2-x,dy=y2-y;var slope=dy/dx;var distRemaining=Math.sqrt(dx*dx+dy*dy);var dashIndex=0,draw=true;while(distRemaining>=.1){var dashLength=dashArray[dashIndex++%dashCount];if(dashLength>distRemaining)dashLength=distRemaining;var xStep=Math.sqrt(dashLength*dashLength/(1+slope*slope));if(dx<0)xStep=-xStep;x+=xStep;y+=slope*xStep;this[draw?\"lineTo\":\"moveTo\"](x,y);distRemaining-=dashLength;draw=!draw}}}},function(module,exports,__webpack_require__){module.exports=Emitter;function Emitter(obj){if(obj)return mixin(obj)}function mixin(obj){for(var key in Emitter.prototype){obj[key]=Emitter.prototype[key]}return obj}Emitter.prototype.on=Emitter.prototype.addEventListener=function(event,fn){this._callbacks=this._callbacks||{};(this._callbacks[event]=this._callbacks[event]||[]).push(fn);return this};Emitter.prototype.once=function(event,fn){var self=this;this._callbacks=this._callbacks||{};function on(){self.off(event,on);fn.apply(this,arguments)}on.fn=fn;this.on(event,on);return this};Emitter.prototype.off=Emitter.prototype.removeListener=Emitter.prototype.removeAllListeners=Emitter.prototype.removeEventListener=function(event,fn){this._callbacks=this._callbacks||{};if(0==arguments.length){this._callbacks={};return this}var callbacks=this._callbacks[event];if(!callbacks)return this;if(1==arguments.length){delete this._callbacks[event];return this}var cb;for(var i=0;i<callbacks.length;i++){cb=callbacks[i];if(cb===fn||cb.fn===fn){callbacks.splice(i,1);break}}return this};Emitter.prototype.emit=function(event){this._callbacks=this._callbacks||{};var args=[].slice.call(arguments,1),callbacks=this._callbacks[event];if(callbacks){callbacks=callbacks.slice(0);for(var i=0,len=callbacks.length;i<len;++i){callbacks[i].apply(this,args)}}return this};Emitter.prototype.listeners=function(event){this._callbacks=this._callbacks||{};return this._callbacks[event]||[]};Emitter.prototype.hasListeners=function(event){return!!this.listeners(event).length}},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(root,factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{root.keycharm=factory()}})(this,function(){function keycharm(options){var preventDefault=options&&options.preventDefault||false;var container=options&&options.container||window;var _exportFunctions={};var _bound={keydown:{},keyup:{}};var _keys={};var i;for(i=97;i<=122;i++){_keys[String.fromCharCode(i)]={code:65+(i-97),shift:false}}for(i=65;i<=90;i++){_keys[String.fromCharCode(i)]={code:i,shift:true}}for(i=0;i<=9;i++){_keys[\"\"+i]={code:48+i,shift:false}}for(i=1;i<=12;i++){_keys[\"F\"+i]={code:111+i,shift:false}}for(i=0;i<=9;i++){_keys[\"num\"+i]={code:96+i,shift:false}}_keys[\"num*\"]={code:106,shift:false};_keys[\"num+\"]={code:107,shift:false};_keys[\"num-\"]={code:109,shift:false};_keys[\"num/\"]={code:111,shift:false};_keys[\"num.\"]={code:110,shift:false};_keys[\"left\"]={code:37,shift:false};_keys[\"up\"]={code:38,shift:false};_keys[\"right\"]={code:39,shift:false};_keys[\"down\"]={code:40,shift:false};_keys[\"space\"]={code:32,shift:false};_keys[\"enter\"]={code:13,shift:false};_keys[\"shift\"]={code:16,shift:undefined};_keys[\"esc\"]={code:27,shift:false};_keys[\"backspace\"]={code:8,shift:false};_keys[\"tab\"]={code:9,shift:false};_keys[\"ctrl\"]={code:17,shift:false};_keys[\"alt\"]={code:18,shift:false};_keys[\"delete\"]={code:46,shift:false};_keys[\"pageup\"]={code:33,shift:false};_keys[\"pagedown\"]={code:34,shift:false};_keys[\"=\"]={code:187,shift:false};_keys[\"-\"]={code:189,shift:false};_keys[\"]\"]={code:221,shift:false};_keys[\"[\"]={code:219,shift:false};var down=function(event){handleEvent(event,\"keydown\")};var up=function(event){handleEvent(event,\"keyup\")};var handleEvent=function(event,type){if(_bound[type][event.keyCode]!==undefined){var bound=_bound[type][event.keyCode];for(var i=0;i<bound.length;i++){if(bound[i].shift===undefined){bound[i].fn(event)}else if(bound[i].shift==true&&event.shiftKey==true){bound[i].fn(event)}else if(bound[i].shift==false&&event.shiftKey==false){bound[i].fn(event)}}if(preventDefault==true){event.preventDefault()}}};_exportFunctions.bind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(_bound[type][_keys[key].code]===undefined){_bound[type][_keys[key].code]=[]}_bound[type][_keys[key].code].push({fn:callback,shift:_keys[key].shift})};_exportFunctions.bindAll=function(callback,type){if(type===undefined){type=\"keydown\"}for(var key in _keys){if(_keys.hasOwnProperty(key)){_exportFunctions.bind(key,callback,type)}}};_exportFunctions.getKey=function(event){for(var key in _keys){if(_keys.hasOwnProperty(key)){if(event.shiftKey==true&&_keys[key].shift==true&&event.keyCode==_keys[key].code){return key}else if(event.shiftKey==false&&_keys[key].shift==false&&event.keyCode==_keys[key].code){return key}else if(event.keyCode==_keys[key].code&&key==\"shift\"){return key}}}return\"unknown key, currently not supported\"};_exportFunctions.unbind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(callback!==undefined){var newBindings=[];var bound=_bound[type][_keys[key].code];if(bound!==undefined){for(var 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)\\d\\d/]],parseTimezoneChunker=/([\\+\\-]|\\d\\d)/gi,proxyGettersAndSetters=\"Date|Hours|Minutes|Seconds|Milliseconds\".split(\"|\"),unitMillisecondFactors={Milliseconds:1,Seconds:1e3,Minutes:6e4,Hours:36e5,Days:864e5,Months:2592e6,Years:31536e6},unitAliases={ms:\"millisecond\",s:\"second\",m:\"minute\",h:\"hour\",d:\"day\",D:\"date\",w:\"week\",W:\"isoWeek\",M:\"month\",Q:\"quarter\",y:\"year\",DDD:\"dayOfYear\",e:\"weekday\",E:\"isoWeekday\",gg:\"weekYear\",GG:\"isoWeekYear\"},camelFunctions={dayofyear:\"dayOfYear\",isoweekday:\"isoWeekday\",isoweek:\"isoWeek\",weekyear:\"weekYear\",isoweekyear:\"isoWeekYear\"},formatFunctions={},relativeTimeThresholds={s:45,m:45,h:22,d:26,M:11},ordinalizeTokens=\"DDD w W M D d\".split(\" \"),paddedTokens=\"M D H h m s w W\".split(\" \"),formatTokenFunctions={M:function(){return this.month()+1},MMM:function(format){return this.localeData().monthsShort(this,format)},MMMM:function(format){return this.localeData().months(this,format)},D:function(){return this.date()},DDD:function(){return this.dayOfYear()},d:function(){return this.day()},dd:function(format){return this.localeData().weekdaysMin(this,format)},ddd:function(format){return this.localeData().weekdaysShort(this,format)},dddd:function(format){return this.localeData().weekdays(this,format)},w:function(){return this.week()},W:function(){return this.isoWeek()},YY:function(){return leftZeroFill(this.year()%100,2)},YYYY:function(){return leftZeroFill(this.year(),4)},YYYYY:function(){return leftZeroFill(this.year(),5)},YYYYYY:function(){var y=this.year(),sign=y>=0?\"+\":\"-\";return sign+leftZeroFill(Math.abs(y),6)},gg:function(){return leftZeroFill(this.weekYear()%100,2)},gggg:function(){return leftZeroFill(this.weekYear(),4)},ggggg:function(){return leftZeroFill(this.weekYear(),5)},GG:function(){return leftZeroFill(this.isoWeekYear()%100,2)},GGGG:function(){return leftZeroFill(this.isoWeekYear(),4)},GGGGG:function(){return leftZeroFill(this.isoWeekYear(),5)},e:function(){return this.weekday()},E:function(){return this.isoWeekday()},a:function(){return this.localeData().meridiem(this.hours(),this.minutes(),true)},A:function(){return this.localeData().meridiem(this.hours(),this.minutes(),false)},H:function(){return this.hours()},h:function(){return this.hours()%12||12},m:function(){return this.minutes()},s:function(){return this.seconds()},S:function(){return toInt(this.milliseconds()/100)},SS:function(){return leftZeroFill(toInt(this.milliseconds()/10),2)},SSS:function(){return leftZeroFill(this.milliseconds(),3)},SSSS:function(){return leftZeroFill(this.milliseconds(),3)},Z:function(){var a=this.utcOffset(),b=\"+\";if(a<0){a=-a;b=\"-\"}return b+leftZeroFill(toInt(a/60),2)+\":\"+leftZeroFill(toInt(a)%60,2)},ZZ:function(){var a=this.utcOffset(),b=\"+\";if(a<0){a=-a;b=\"-\"}return b+leftZeroFill(toInt(a/60),2)+leftZeroFill(toInt(a)%60,2)},z:function(){return this.zoneAbbr()},zz:function(){return this.zoneName()},x:function(){return this.valueOf()},X:function(){return this.unix()},Q:function(){return this.quarter()}},deprecations={},lists=[\"months\",\"monthsShort\",\"weekdays\",\"weekdaysShort\",\"weekdaysMin\"],updateInProgress=false;function dfl(a,b,c){switch(arguments.length){case 2:return a!=null?a:b;case 3:return a!=null?a:b!=null?b:c;default:throw new Error(\"Implement me\")}}function hasOwnProp(a,b){return hasOwnProperty.call(a,b)}function defaultParsingFlags(){return{empty:false,unusedTokens:[],unusedInput:[],overflow:-2,charsLeftOver:0,nullInput:false,invalidMonth:null,invalidFormat:false,userInvalidated:false,iso:false}}function printMsg(msg){if(moment.suppressDeprecationWarnings===false&&typeof console!==\"undefined\"&&console.warn){console.warn(\"Deprecation warning: \"+msg)}}function deprecate(msg,fn){var firstTime=true;return extend(function(){if(firstTime){printMsg(msg);firstTime=false}return fn.apply(this,arguments)},fn)}function deprecateSimple(name,msg){if(!deprecations[name]){printMsg(msg);deprecations[name]=true}}function padToken(func,count){return function(a){return leftZeroFill(func.call(this,a),count)}}function ordinalizeToken(func,period){return function(a){return this.localeData().ordinal(func.call(this,a),period)}}function monthDiff(a,b){var wholeMonthDiff=(b.year()-a.year())*12+(b.month()-a.month()),anchor=a.clone().add(wholeMonthDiff,\"months\"),anchor2,adjust;if(b-anchor<0){anchor2=a.clone().add(wholeMonthDiff-1,\"months\");adjust=(b-anchor)/(anchor-anchor2)}else{anchor2=a.clone().add(wholeMonthDiff+1,\"months\");adjust=(b-anchor)/(anchor2-anchor)}return-(wholeMonthDiff+adjust)}while(ordinalizeTokens.length){i=ordinalizeTokens.pop();formatTokenFunctions[i+\"o\"]=ordinalizeToken(formatTokenFunctions[i],i)}while(paddedTokens.length){i=paddedTokens.pop();formatTokenFunctions[i+i]=padToken(formatTokenFunctions[i],2)}formatTokenFunctions.DDDD=padToken(formatTokenFunctions.DDD,3);function meridiemFixWrap(locale,hour,meridiem){var isPm;if(meridiem==null){return hour}if(locale.meridiemHour!=null){return locale.meridiemHour(hour,meridiem)}else if(locale.isPM!=null){isPm=locale.isPM(meridiem);if(isPm&&hour<12){hour+=12}if(!isPm&&hour===12){hour=0}return hour}else{return hour}}function Locale(){}function Moment(config,skipOverflow){if(skipOverflow!==false){checkOverflow(config)}copyConfig(this,config);this._d=new Date(+config._d);if(updateInProgress===false){updateInProgress=true;moment.updateOffset(this);updateInProgress=false}}function Duration(duration){var normalizedInput=normalizeObjectUnits(duration),years=normalizedInput.year||0,quarters=normalizedInput.quarter||0,months=normalizedInput.month||0,weeks=normalizedInput.week||0,days=normalizedInput.day||0,hours=normalizedInput.hour||0,minutes=normalizedInput.minute||0,seconds=normalizedInput.second||0,milliseconds=normalizedInput.millisecond||0;this._milliseconds=+milliseconds+seconds*1e3+minutes*6e4+hours*36e5;this._days=+days+weeks*7;this._months=+months+quarters*3+years*12;this._data={};this._locale=moment.localeData();this._bubble()}function extend(a,b){for(var i in b){if(hasOwnProp(b,i)){a[i]=b[i]}}if(hasOwnProp(b,\"toString\")){a.toString=b.toString}if(hasOwnProp(b,\"valueOf\")){a.valueOf=b.valueOf}return a}function copyConfig(to,from){var i,prop,val;if(typeof from._isAMomentObject!==\"undefined\"){to._isAMomentObject=from._isAMomentObject}if(typeof from._i!==\"undefined\"){to._i=from._i}if(typeof from._f!==\"undefined\"){to._f=from._f}if(typeof from._l!==\"undefined\"){to._l=from._l}if(typeof from._strict!==\"undefined\"){to._strict=from._strict}if(typeof from._tzm!==\"undefined\"){to._tzm=from._tzm}if(typeof from._isUTC!==\"undefined\"){to._isUTC=from._isUTC}if(typeof from._offset!==\"undefined\"){to._offset=from._offset}if(typeof from._pf!==\"undefined\"){to._pf=from._pf}if(typeof from._locale!==\"undefined\"){to._locale=from._locale}if(momentProperties.length>0){for(i in momentProperties){prop=momentProperties[i];val=from[prop];if(typeof val!==\"undefined\"){to[prop]=val}}}return to}function absRound(number){if(number<0){return Math.ceil(number)}else{return Math.floor(number)}}function leftZeroFill(number,targetLength,forceSign){var output=\"\"+Math.abs(number),sign=number>=0;while(output.length<targetLength){output=\"0\"+output}return(sign?forceSign?\"+\":\"\":\"-\")+output}function positiveMomentsDifference(base,other){var res={milliseconds:0,months:0};res.months=other.month()-base.month()+(other.year()-base.year())*12;if(base.clone().add(res.months,\"M\").isAfter(other)){--res.months}res.milliseconds=+other-+base.clone().add(res.months,\"M\");return res}function momentsDifference(base,other){var res;other=makeAs(other,base);if(base.isBefore(other)){res=positiveMomentsDifference(base,other)}else{res=positiveMomentsDifference(other,base);res.milliseconds=-res.milliseconds;res.months=-res.months}return res}function createAdder(direction,name){return function(val,period){var dur,tmp;if(period!==null&&!isNaN(+period)){deprecateSimple(name,\"moment().\"+name+\"(period, number) is deprecated. Please use moment().\"+name+\"(number, period).\");tmp=val;val=period;period=tmp}val=typeof val===\"string\"?+val:val;dur=moment.duration(val,period);addOrSubtractDurationFromMoment(this,dur,direction);return this}}function addOrSubtractDurationFromMoment(mom,duration,isAdding,updateOffset){var milliseconds=duration._milliseconds,days=duration._days,months=duration._months;updateOffset=updateOffset==null?true:updateOffset;if(milliseconds){mom._d.setTime(+mom._d+milliseconds*isAdding)}if(days){rawSetter(mom,\"Date\",rawGetter(mom,\"Date\")+days*isAdding)}if(months){rawMonthSetter(mom,rawGetter(mom,\"Month\")+months*isAdding)}if(updateOffset){moment.updateOffset(mom,days||months)}}function isArray(input){return Object.prototype.toString.call(input)===\"[object Array]\"}function isDate(input){return Object.prototype.toString.call(input)===\"[object Date]\"||input instanceof Date}function compareArrays(array1,array2,dontConvert){var len=Math.min(array1.length,array2.length),lengthDiff=Math.abs(array1.length-array2.length),diffs=0,i;for(i=0;i<len;i++){if(dontConvert&&array1[i]!==array2[i]||!dontConvert&&toInt(array1[i])!==toInt(array2[i])){diffs++}}return diffs+lengthDiff}function normalizeUnits(units){if(units){var lowered=units.toLowerCase().replace(/(.)s$/,\"$1\");units=unitAliases[units]||camelFunctions[lowered]||lowered}return units}function normalizeObjectUnits(inputObject){var normalizedInput={},normalizedProp,prop;for(prop in inputObject){if(hasOwnProp(inputObject,prop)){normalizedProp=normalizeUnits(prop);if(normalizedProp){normalizedInput[normalizedProp]=inputObject[prop]}}}return normalizedInput}function makeList(field){var count,setter;if(field.indexOf(\"week\")===0){count=7;setter=\"day\"}else if(field.indexOf(\"month\")===0){count=12;setter=\"month\"}else{return}moment[field]=function(format,index){var i,getter,method=moment._locale[field],results=[];if(typeof format===\"number\"){index=format;format=undefined}getter=function(i){var m=moment().utc().set(setter,i);return method.call(moment._locale,m,format||\"\")};if(index!=null){return getter(index)}else{for(i=0;i<count;i++){results.push(getter(i))}return results}}}function toInt(argumentForCoercion){var coercedNumber=+argumentForCoercion,value=0;if(coercedNumber!==0&&isFinite(coercedNumber)){if(coercedNumber>=0){value=Math.floor(coercedNumber)}else{value=Math.ceil(coercedNumber)}}return value}function daysInMonth(year,month){return new Date(Date.UTC(year,month+1,0)).getUTCDate()}function weeksInYear(year,dow,doy){return weekOfYear(moment([year,11,31+dow-doy]),dow,doy).week}function daysInYear(year){return isLeapYear(year)?366:365}function isLeapYear(year){return year%4===0&&year%100!==0||year%400===0}function checkOverflow(m){var overflow;if(m._a&&m._pf.overflow===-2){overflow=m._a[MONTH]<0||m._a[MONTH]>11?MONTH:m._a[DATE]<1||m._a[DATE]>daysInMonth(m._a[YEAR],m._a[MONTH])?DATE:m._a[HOUR]<0||m._a[HOUR]>24||m._a[HOUR]===24&&(m._a[MINUTE]!==0||m._a[SECOND]!==0||m._a[MILLISECOND]!==0)?HOUR:m._a[MINUTE]<0||m._a[MINUTE]>59?MINUTE:m._a[SECOND]<0||m._a[SECOND]>59?SECOND:m._a[MILLISECOND]<0||m._a[MILLISECOND]>999?MILLISECOND:-1;if(m._pf._overflowDayOfYear&&(overflow<YEAR||overflow>DATE)){overflow=DATE}m._pf.overflow=overflow}}function isValid(m){if(m._isValid==null){m._isValid=!isNaN(m._d.getTime())&&m._pf.overflow<0&&!m._pf.empty&&!m._pf.invalidMonth&&!m._pf.nullInput&&!m._pf.invalidFormat&&!m._pf.userInvalidated;if(m._strict){m._isValid=m._isValid&&m._pf.charsLeftOver===0&&m._pf.unusedTokens.length===0&&m._pf.bigHour===undefined}}return m._isValid}function normalizeLocale(key){return key?key.toLowerCase().replace(\"_\",\"-\"):key}function chooseLocale(names){var i=0,j,next,locale,split;while(i<names.length){split=normalizeLocale(names[i]).split(\"-\");j=split.length;next=normalizeLocale(names[i+1]);next=next?next.split(\"-\"):null;while(j>0){locale=loadLocale(split.slice(0,j).join(\"-\"));if(locale){return locale}if(next&&next.length>=j&&compareArrays(split,next,true)>=j-1){break}j--}i++}return null}function loadLocale(name){var oldLocale=null;if(!locales[name]&&hasModule){try{oldLocale=moment.locale();!function webpackMissingModule(){var e=new Error('Cannot find module \"./locale\"');e.code=\"MODULE_NOT_FOUND\";throw e}();moment.locale(oldLocale)}catch(e){}}return locales[name]}function makeAs(input,model){var res,diff;if(model._isUTC){res=model.clone();diff=(moment.isMoment(input)||isDate(input)?+input:+moment(input))-+res;res._d.setTime(+res._d+diff);moment.updateOffset(res,false);return res}else{return moment(input).local()}}extend(Locale.prototype,{set:function(config){var prop,i;for(i in config){prop=config[i];if(typeof prop===\"function\"){this[i]=prop}else{this[\"_\"+i]=prop}}this._ordinalParseLenient=new RegExp(this._ordinalParse.source+\"|\"+/\\d{1,2}/.source)},_months:\"January_February_March_April_May_June_July_August_September_October_November_December\".split(\"_\"),months:function(m){return this._months[m.month()]},_monthsShort:\"Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec\".split(\"_\"),monthsShort:function(m){return this._monthsShort[m.month()]},monthsParse:function(monthName,format,strict){var i,mom,regex;if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[]}for(i=0;i<12;i++){mom=moment.utc([2e3,i]);if(strict&&!this._longMonthsParse[i]){this._longMonthsParse[i]=new RegExp(\"^\"+this.months(mom,\"\").replace(\".\",\"\")+\"$\",\"i\");\nthis._shortMonthsParse[i]=new RegExp(\"^\"+this.monthsShort(mom,\"\").replace(\".\",\"\")+\"$\",\"i\")}if(!strict&&!this._monthsParse[i]){regex=\"^\"+this.months(mom,\"\")+\"|^\"+this.monthsShort(mom,\"\");this._monthsParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"MMMM\"&&this._longMonthsParse[i].test(monthName)){return i}else if(strict&&format===\"MMM\"&&this._shortMonthsParse[i].test(monthName)){return i}else if(!strict&&this._monthsParse[i].test(monthName)){return i}}},_weekdays:\"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday\".split(\"_\"),weekdays:function(m){return this._weekdays[m.day()]},_weekdaysShort:\"Sun_Mon_Tue_Wed_Thu_Fri_Sat\".split(\"_\"),weekdaysShort:function(m){return this._weekdaysShort[m.day()]},_weekdaysMin:\"Su_Mo_Tu_We_Th_Fr_Sa\".split(\"_\"),weekdaysMin:function(m){return this._weekdaysMin[m.day()]},weekdaysParse:function(weekdayName){var i,mom,regex;if(!this._weekdaysParse){this._weekdaysParse=[]}for(i=0;i<7;i++){if(!this._weekdaysParse[i]){mom=moment([2e3,1]).day(i);regex=\"^\"+this.weekdays(mom,\"\")+\"|^\"+this.weekdaysShort(mom,\"\")+\"|^\"+this.weekdaysMin(mom,\"\");this._weekdaysParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(this._weekdaysParse[i].test(weekdayName)){return i}}},_longDateFormat:{LTS:\"h:mm:ss A\",LT:\"h:mm A\",L:\"MM/DD/YYYY\",LL:\"MMMM D, YYYY\",LLL:\"MMMM D, YYYY LT\",LLLL:\"dddd, MMMM D, YYYY LT\"},longDateFormat:function(key){var output=this._longDateFormat[key];if(!output&&this._longDateFormat[key.toUpperCase()]){output=this._longDateFormat[key.toUpperCase()].replace(/MMMM|MM|DD|dddd/g,function(val){return val.slice(1)});this._longDateFormat[key]=output}return output},isPM:function(input){return(input+\"\").toLowerCase().charAt(0)===\"p\"},_meridiemParse:/[ap]\\.?m?\\.?/i,meridiem:function(hours,minutes,isLower){if(hours>11){return isLower?\"pm\":\"PM\"}else{return isLower?\"am\":\"AM\"}},_calendar:{sameDay:\"[Today at] LT\",nextDay:\"[Tomorrow at] LT\",nextWeek:\"dddd [at] LT\",lastDay:\"[Yesterday at] LT\",lastWeek:\"[Last] dddd [at] LT\",sameElse:\"L\"},calendar:function(key,mom,now){var output=this._calendar[key];return typeof output===\"function\"?output.apply(mom,[now]):output},_relativeTime:{future:\"in %s\",past:\"%s ago\",s:\"a few seconds\",m:\"a minute\",mm:\"%d minutes\",h:\"an hour\",hh:\"%d hours\",d:\"a day\",dd:\"%d days\",M:\"a month\",MM:\"%d months\",y:\"a year\",yy:\"%d years\"},relativeTime:function(number,withoutSuffix,string,isFuture){var output=this._relativeTime[string];return typeof output===\"function\"?output(number,withoutSuffix,string,isFuture):output.replace(/%d/i,number)},pastFuture:function(diff,output){var format=this._relativeTime[diff>0?\"future\":\"past\"];return typeof format===\"function\"?format(output):format.replace(/%s/i,output)},ordinal:function(number){return this._ordinal.replace(\"%d\",number)},_ordinal:\"%d\",_ordinalParse:/\\d{1,2}/,preparse:function(string){return string},postformat:function(string){return string},week:function(mom){return weekOfYear(mom,this._week.dow,this._week.doy).week},_week:{dow:0,doy:6},firstDayOfWeek:function(){return this._week.dow},firstDayOfYear:function(){return this._week.doy},_invalidDate:\"Invalid date\",invalidDate:function(){return this._invalidDate}});function removeFormattingTokens(input){if(input.match(/\\[[\\s\\S]/)){return input.replace(/^\\[|\\]$/g,\"\")}return input.replace(/\\\\/g,\"\")}function makeFormatFunction(format){var array=format.match(formattingTokens),i,length;for(i=0,length=array.length;i<length;i++){if(formatTokenFunctions[array[i]]){array[i]=formatTokenFunctions[array[i]]}else{array[i]=removeFormattingTokens(array[i])}}return function(mom){var output=\"\";for(i=0;i<length;i++){output+=array[i]instanceof Function?array[i].call(mom,format):array[i]}return output}}function formatMoment(m,format){if(!m.isValid()){return m.localeData().invalidDate()}format=expandFormat(format,m.localeData());if(!formatFunctions[format]){formatFunctions[format]=makeFormatFunction(format)}return formatFunctions[format](m)}function expandFormat(format,locale){var i=5;function replaceLongDateFormatTokens(input){return locale.longDateFormat(input)||input}localFormattingTokens.lastIndex=0;while(i>=0&&localFormattingTokens.test(format)){format=format.replace(localFormattingTokens,replaceLongDateFormatTokens);localFormattingTokens.lastIndex=0;i-=1}return format}function getParseRegexForToken(token,config){var a,strict=config._strict;switch(token){case\"Q\":return parseTokenOneDigit;case\"DDDD\":return parseTokenThreeDigits;case\"YYYY\":case\"GGGG\":case\"gggg\":return strict?parseTokenFourDigits:parseTokenOneToFourDigits;case\"Y\":case\"G\":case\"g\":return parseTokenSignedNumber;case\"YYYYYY\":case\"YYYYY\":case\"GGGGG\":case\"ggggg\":return strict?parseTokenSixDigits:parseTokenOneToSixDigits;case\"S\":if(strict){return parseTokenOneDigit}case\"SS\":if(strict){return parseTokenTwoDigits}case\"SSS\":if(strict){return parseTokenThreeDigits}case\"DDD\":return parseTokenOneToThreeDigits;case\"MMM\":case\"MMMM\":case\"dd\":case\"ddd\":case\"dddd\":return parseTokenWord;case\"a\":case\"A\":return config._locale._meridiemParse;case\"x\":return parseTokenOffsetMs;case\"X\":return parseTokenTimestampMs;case\"Z\":case\"ZZ\":return parseTokenTimezone;case\"T\":return parseTokenT;case\"SSSS\":return parseTokenDigits;case\"MM\":case\"DD\":case\"YY\":case\"GG\":case\"gg\":case\"HH\":case\"hh\":case\"mm\":case\"ss\":case\"ww\":case\"WW\":return strict?parseTokenTwoDigits:parseTokenOneOrTwoDigits;case\"M\":case\"D\":case\"d\":case\"H\":case\"h\":case\"m\":case\"s\":case\"w\":case\"W\":case\"e\":case\"E\":return parseTokenOneOrTwoDigits;case\"Do\":return strict?config._locale._ordinalParse:config._locale._ordinalParseLenient;default:a=new RegExp(regexpEscape(unescapeFormat(token.replace(\"\\\\\",\"\")),\"i\"));return a}}function utcOffsetFromString(string){string=string||\"\";var possibleTzMatches=string.match(parseTokenTimezone)||[],tzChunk=possibleTzMatches[possibleTzMatches.length-1]||[],parts=(tzChunk+\"\").match(parseTimezoneChunker)||[\"-\",0,0],minutes=+(parts[1]*60)+toInt(parts[2]);return parts[0]===\"+\"?minutes:-minutes}function addTimeToArrayFromToken(token,input,config){var a,datePartArray=config._a;switch(token){case\"Q\":if(input!=null){datePartArray[MONTH]=(toInt(input)-1)*3}break;case\"M\":case\"MM\":if(input!=null){datePartArray[MONTH]=toInt(input)-1}break;case\"MMM\":case\"MMMM\":a=config._locale.monthsParse(input,token,config._strict);if(a!=null){datePartArray[MONTH]=a}else{config._pf.invalidMonth=input}break;case\"D\":case\"DD\":if(input!=null){datePartArray[DATE]=toInt(input)}break;case\"Do\":if(input!=null){datePartArray[DATE]=toInt(parseInt(input.match(/\\d{1,2}/)[0],10))}break;case\"DDD\":case\"DDDD\":if(input!=null){config._dayOfYear=toInt(input)}break;case\"YY\":datePartArray[YEAR]=moment.parseTwoDigitYear(input);break;case\"YYYY\":case\"YYYYY\":case\"YYYYYY\":datePartArray[YEAR]=toInt(input);break;case\"a\":case\"A\":config._meridiem=input;break;case\"h\":case\"hh\":config._pf.bigHour=true;case\"H\":case\"HH\":datePartArray[HOUR]=toInt(input);break;case\"m\":case\"mm\":datePartArray[MINUTE]=toInt(input);break;case\"s\":case\"ss\":datePartArray[SECOND]=toInt(input);break;case\"S\":case\"SS\":case\"SSS\":case\"SSSS\":datePartArray[MILLISECOND]=toInt((\"0.\"+input)*1e3);break;case\"x\":config._d=new Date(toInt(input));break;case\"X\":config._d=new Date(parseFloat(input)*1e3);break;case\"Z\":case\"ZZ\":config._useUTC=true;config._tzm=utcOffsetFromString(input);break;case\"dd\":case\"ddd\":case\"dddd\":a=config._locale.weekdaysParse(input);if(a!=null){config._w=config._w||{};config._w[\"d\"]=a}else{config._pf.invalidWeekday=input}break;case\"w\":case\"ww\":case\"W\":case\"WW\":case\"d\":case\"e\":case\"E\":token=token.substr(0,1);case\"gggg\":case\"GGGG\":case\"GGGGG\":token=token.substr(0,2);if(input){config._w=config._w||{};config._w[token]=toInt(input)}break;case\"gg\":case\"GG\":config._w=config._w||{};config._w[token]=moment.parseTwoDigitYear(input)}}function dayOfYearFromWeekInfo(config){var w,weekYear,week,weekday,dow,doy,temp;w=config._w;if(w.GG!=null||w.W!=null||w.E!=null){dow=1;doy=4;weekYear=dfl(w.GG,config._a[YEAR],weekOfYear(moment(),1,4).year);week=dfl(w.W,1);weekday=dfl(w.E,1)}else{dow=config._locale._week.dow;doy=config._locale._week.doy;weekYear=dfl(w.gg,config._a[YEAR],weekOfYear(moment(),dow,doy).year);week=dfl(w.w,1);if(w.d!=null){weekday=w.d;if(weekday<dow){++week}}else if(w.e!=null){weekday=w.e+dow}else{weekday=dow}}temp=dayOfYearFromWeeks(weekYear,week,weekday,doy,dow);config._a[YEAR]=temp.year;config._dayOfYear=temp.dayOfYear}function dateFromConfig(config){var i,date,input=[],currentDate,yearToUse;if(config._d){return}currentDate=currentDateArray(config);if(config._w&&config._a[DATE]==null&&config._a[MONTH]==null){dayOfYearFromWeekInfo(config)}if(config._dayOfYear){yearToUse=dfl(config._a[YEAR],currentDate[YEAR]);if(config._dayOfYear>daysInYear(yearToUse)){config._pf._overflowDayOfYear=true}date=makeUTCDate(yearToUse,0,config._dayOfYear);config._a[MONTH]=date.getUTCMonth();config._a[DATE]=date.getUTCDate()}for(i=0;i<3&&config._a[i]==null;++i){config._a[i]=input[i]=currentDate[i]}for(;i<7;i++){config._a[i]=input[i]=config._a[i]==null?i===2?1:0:config._a[i]}if(config._a[HOUR]===24&&config._a[MINUTE]===0&&config._a[SECOND]===0&&config._a[MILLISECOND]===0){config._nextDay=true;config._a[HOUR]=0}config._d=(config._useUTC?makeUTCDate:makeDate).apply(null,input);if(config._tzm!=null){config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm)}if(config._nextDay){config._a[HOUR]=24}}function dateFromObject(config){var normalizedInput;if(config._d){return}normalizedInput=normalizeObjectUnits(config._i);config._a=[normalizedInput.year,normalizedInput.month,normalizedInput.day||normalizedInput.date,normalizedInput.hour,normalizedInput.minute,normalizedInput.second,normalizedInput.millisecond];dateFromConfig(config)}function currentDateArray(config){var now=new Date;if(config._useUTC){return[now.getUTCFullYear(),now.getUTCMonth(),now.getUTCDate()]}else{return[now.getFullYear(),now.getMonth(),now.getDate()]}}function makeDateFromStringAndFormat(config){if(config._f===moment.ISO_8601){parseISO(config);return}config._a=[];config._pf.empty=true;var string=\"\"+config._i,i,parsedInput,tokens,token,skipped,stringLength=string.length,totalParsedInputLength=0;tokens=expandFormat(config._f,config._locale).match(formattingTokens)||[];for(i=0;i<tokens.length;i++){token=tokens[i];parsedInput=(string.match(getParseRegexForToken(token,config))||[])[0];if(parsedInput){skipped=string.substr(0,string.indexOf(parsedInput));if(skipped.length>0){config._pf.unusedInput.push(skipped)}string=string.slice(string.indexOf(parsedInput)+parsedInput.length);totalParsedInputLength+=parsedInput.length}if(formatTokenFunctions[token]){if(parsedInput){config._pf.empty=false}else{config._pf.unusedTokens.push(token)}addTimeToArrayFromToken(token,parsedInput,config)}else if(config._strict&&!parsedInput){config._pf.unusedTokens.push(token)}}config._pf.charsLeftOver=stringLength-totalParsedInputLength;if(string.length>0){config._pf.unusedInput.push(string)}if(config._pf.bigHour===true&&config._a[HOUR]<=12){config._pf.bigHour=undefined}config._a[HOUR]=meridiemFixWrap(config._locale,config._a[HOUR],config._meridiem);dateFromConfig(config);checkOverflow(config)}function unescapeFormat(s){return s.replace(/\\\\(\\[)|\\\\(\\])|\\[([^\\]\\[]*)\\]|\\\\(.)/g,function(matched,p1,p2,p3,p4){return p1||p2||p3||p4})}function regexpEscape(s){return s.replace(/[-\\/\\\\^$*+?.()|[\\]{}]/g,\"\\\\$&\")}function makeDateFromStringAndArray(config){var tempConfig,bestMoment,scoreToBeat,i,currentScore;if(config._f.length===0){config._pf.invalidFormat=true;config._d=new Date(NaN);return}for(i=0;i<config._f.length;i++){currentScore=0;tempConfig=copyConfig({},config);if(config._useUTC!=null){tempConfig._useUTC=config._useUTC}tempConfig._pf=defaultParsingFlags();tempConfig._f=config._f[i];makeDateFromStringAndFormat(tempConfig);if(!isValid(tempConfig)){continue}currentScore+=tempConfig._pf.charsLeftOver;currentScore+=tempConfig._pf.unusedTokens.length*10;tempConfig._pf.score=currentScore;if(scoreToBeat==null||currentScore<scoreToBeat){scoreToBeat=currentScore;bestMoment=tempConfig}}extend(config,bestMoment||tempConfig)}function parseISO(config){var i,l,string=config._i,match=isoRegex.exec(string);if(match){config._pf.iso=true;for(i=0,l=isoDates.length;i<l;i++){if(isoDates[i][1].exec(string)){config._f=isoDates[i][0]+(match[6]||\" \");break}}for(i=0,l=isoTimes.length;i<l;i++){if(isoTimes[i][1].exec(string)){config._f+=isoTimes[i][0];break}}if(string.match(parseTokenTimezone)){config._f+=\"Z\"}makeDateFromStringAndFormat(config)}else{config._isValid=false}}function makeDateFromString(config){parseISO(config);if(config._isValid===false){delete config._isValid;moment.createFromInputFallback(config)}}function map(arr,fn){var res=[],i;for(i=0;i<arr.length;++i){res.push(fn(arr[i],i))}return res}function makeDateFromInput(config){var input=config._i,matched;if(input===undefined){config._d=new Date}else if(isDate(input)){config._d=new Date(+input)}else if((matched=aspNetJsonRegex.exec(input))!==null){config._d=new Date(+matched[1])}else if(typeof input===\"string\"){makeDateFromString(config)}else if(isArray(input)){config._a=map(input.slice(0),function(obj){return parseInt(obj,10)});dateFromConfig(config)}else if(typeof input===\"object\"){dateFromObject(config)}else if(typeof input===\"number\"){config._d=new Date(input)}else{moment.createFromInputFallback(config)}}function makeDate(y,m,d,h,M,s,ms){var date=new Date(y,m,d,h,M,s,ms);if(y<1970){date.setFullYear(y)}return date}function makeUTCDate(y){var date=new Date(Date.UTC.apply(null,arguments));if(y<1970){date.setUTCFullYear(y)}return date}function parseWeekday(input,locale){if(typeof input===\"string\"){if(!isNaN(input)){input=parseInt(input,10)}else{input=locale.weekdaysParse(input);if(typeof input!==\"number\"){return null}}}return input}function substituteTimeAgo(string,number,withoutSuffix,isFuture,locale){return locale.relativeTime(number||1,!!withoutSuffix,string,isFuture)}function relativeTime(posNegDuration,withoutSuffix,locale){var duration=moment.duration(posNegDuration).abs(),seconds=round(duration.as(\"s\")),minutes=round(duration.as(\"m\")),hours=round(duration.as(\"h\")),days=round(duration.as(\"d\")),months=round(duration.as(\"M\")),years=round(duration.as(\"y\")),args=seconds<relativeTimeThresholds.s&&[\"s\",seconds]||minutes===1&&[\"m\"]||minutes<relativeTimeThresholds.m&&[\"mm\",minutes]||hours===1&&[\"h\"]||hours<relativeTimeThresholds.h&&[\"hh\",hours]||days===1&&[\"d\"]||days<relativeTimeThresholds.d&&[\"dd\",days]||months===1&&[\"M\"]||months<relativeTimeThresholds.M&&[\"MM\",months]||years===1&&[\"y\"]||[\"yy\",years];args[2]=withoutSuffix;args[3]=+posNegDuration>0;args[4]=locale;return substituteTimeAgo.apply({},args)}function weekOfYear(mom,firstDayOfWeek,firstDayOfWeekOfYear){var end=firstDayOfWeekOfYear-firstDayOfWeek,daysToDayOfWeek=firstDayOfWeekOfYear-mom.day(),adjustedMoment;if(daysToDayOfWeek>end){daysToDayOfWeek-=7}if(daysToDayOfWeek<end-7){daysToDayOfWeek+=7}adjustedMoment=moment(mom).add(daysToDayOfWeek,\"d\");return{week:Math.ceil(adjustedMoment.dayOfYear()/7),year:adjustedMoment.year()}}function dayOfYearFromWeeks(year,week,weekday,firstDayOfWeekOfYear,firstDayOfWeek){var d=makeUTCDate(year,0,1).getUTCDay(),daysToAdd,dayOfYear;d=d===0?7:d;weekday=weekday!=null?weekday:firstDayOfWeek;daysToAdd=firstDayOfWeek-d+(d>firstDayOfWeekOfYear?7:0)-(d<firstDayOfWeek?7:0);dayOfYear=7*(week-1)+(weekday-firstDayOfWeek)+daysToAdd+1;return{year:dayOfYear>0?year:year-1,dayOfYear:dayOfYear>0?dayOfYear:daysInYear(year-1)+dayOfYear}}function makeMoment(config){var input=config._i,format=config._f,res;config._locale=config._locale||moment.localeData(config._l);if(input===null||format===undefined&&input===\"\"){return moment.invalid({nullInput:true})}if(typeof input===\"string\"){config._i=input=config._locale.preparse(input)}if(moment.isMoment(input)){return new Moment(input,true)}else if(format){if(isArray(format)){makeDateFromStringAndArray(config)}else{makeDateFromStringAndFormat(config)}}else{makeDateFromInput(config)}res=new Moment(config);if(res._nextDay){res.add(1,\"d\");res._nextDay=undefined}return res}moment=function(input,format,locale,strict){var c;if(typeof locale===\"boolean\"){strict=locale;locale=undefined}c={};c._isAMomentObject=true;c._i=input;c._f=format;c._l=locale;c._strict=strict;c._isUTC=false;c._pf=defaultParsingFlags();return makeMoment(c)};moment.suppressDeprecationWarnings=false;moment.createFromInputFallback=deprecate(\"moment construction falls back to js Date. This is \"+\"discouraged and will be removed in upcoming major \"+\"release. Please refer to \"+\"https://github.com/moment/moment/issues/1407 for more info.\",function(config){config._d=new Date(config._i+(config._useUTC?\" UTC\":\"\"))});function pickBy(fn,moments){var res,i;if(moments.length===1&&isArray(moments[0])){moments=moments[0]}if(!moments.length){return moment()}res=moments[0];for(i=1;i<moments.length;++i){if(moments[i][fn](res)){res=moments[i]}}return res}moment.min=function(){var args=[].slice.call(arguments,0);return pickBy(\"isBefore\",args)};moment.max=function(){var args=[].slice.call(arguments,0);return pickBy(\"isAfter\",args)};moment.utc=function(input,format,locale,strict){var c;if(typeof locale===\"boolean\"){strict=locale;locale=undefined}c={};c._isAMomentObject=true;c._useUTC=true;c._isUTC=true;c._l=locale;c._i=input;c._f=format;c._strict=strict;c._pf=defaultParsingFlags();return makeMoment(c).utc()};moment.unix=function(input){return moment(input*1e3)};moment.duration=function(input,key){var duration=input,match=null,sign,ret,parseIso,diffRes;if(moment.isDuration(input)){duration={ms:input._milliseconds,d:input._days,M:input._months}}else if(typeof input===\"number\"){duration={};if(key){duration[key]=input}else{duration.milliseconds=input}}else if(!!(match=aspNetTimeSpanJsonRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:0,d:toInt(match[DATE])*sign,h:toInt(match[HOUR])*sign,m:toInt(match[MINUTE])*sign,s:toInt(match[SECOND])*sign,ms:toInt(match[MILLISECOND])*sign}}else if(!!(match=isoDurationRegex.exec(input))){sign=match[1]===\"-\"?-1:1;parseIso=function(inp){var res=inp&&parseFloat(inp.replace(\",\",\".\"));return(isNaN(res)?0:res)*sign};duration={y:parseIso(match[2]),M:parseIso(match[3]),d:parseIso(match[4]),h:parseIso(match[5]),m:parseIso(match[6]),s:parseIso(match[7]),w:parseIso(match[8])}}else if(duration==null){duration={}}else if(typeof duration===\"object\"&&(\"from\"in duration||\"to\"in duration)){diffRes=momentsDifference(moment(duration.from),moment(duration.to));duration={};duration.ms=diffRes.milliseconds;duration.M=diffRes.months}ret=new Duration(duration);if(moment.isDuration(input)&&hasOwnProp(input,\"_locale\")){ret._locale=input._locale}return ret};moment.version=VERSION;moment.defaultFormat=isoFormat;moment.ISO_8601=function(){};moment.momentProperties=momentProperties;moment.updateOffset=function(){};moment.relativeTimeThreshold=function(threshold,limit){if(relativeTimeThresholds[threshold]===undefined){return false}if(limit===undefined){return relativeTimeThresholds[threshold]}relativeTimeThresholds[threshold]=limit;return true};moment.lang=deprecate(\"moment.lang is deprecated. Use moment.locale instead.\",function(key,value){return moment.locale(key,value)});moment.locale=function(key,values){var data;if(key){if(typeof values!==\"undefined\"){data=moment.defineLocale(key,values)}else{data=moment.localeData(key)}if(data){moment.duration._locale=moment._locale=data}}return moment._locale._abbr};moment.defineLocale=function(name,values){if(values!==null){values.abbr=name;if(!locales[name]){locales[name]=new Locale}locales[name].set(values);moment.locale(name);return locales[name]}else{delete locales[name];return null}};moment.langData=deprecate(\"moment.langData is deprecated. Use moment.localeData instead.\",function(key){return moment.localeData(key)});moment.localeData=function(key){var locale;if(key&&key._locale&&key._locale._abbr){key=key._locale._abbr}if(!key){return moment._locale}if(!isArray(key)){locale=loadLocale(key);if(locale){return locale}key=[key]}return chooseLocale(key)};moment.isMoment=function(obj){return obj instanceof Moment||obj!=null&&hasOwnProp(obj,\"_isAMomentObject\")};moment.isDuration=function(obj){return obj instanceof Duration};for(i=lists.length-1;i>=0;--i){makeList(lists[i])}moment.normalizeUnits=function(units){return normalizeUnits(units)};moment.invalid=function(flags){var m=moment.utc(NaN);if(flags!=null){extend(m._pf,flags)}else{m._pf.userInvalidated=true}return m};moment.parseZone=function(){return moment.apply(null,arguments).parseZone()};moment.parseTwoDigitYear=function(input){return toInt(input)+(toInt(input)>68?1900:2e3)};moment.isDate=isDate;extend(moment.fn=Moment.prototype,{clone:function(){return moment(this)},valueOf:function(){return+this._d-(this._offset||0)*6e4},unix:function(){return Math.floor(+this/1e3)},toString:function(){return this.clone().locale(\"en\").format(\"ddd MMM DD YYYY HH:mm:ss [GMT]ZZ\")},toDate:function(){return this._offset?new Date(+this):this._d},toISOString:function(){var m=moment(this).utc();if(0<m.year()&&m.year()<=9999){if(\"function\"===typeof Date.prototype.toISOString){return this.toDate().toISOString()}else{return formatMoment(m,\"YYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}else{return formatMoment(m,\"YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}},toArray:function(){var m=this;return[m.year(),m.month(),m.date(),m.hours(),m.minutes(),m.seconds(),m.milliseconds()]},isValid:function(){return isValid(this)},isDSTShifted:function(){if(this._a){return this.isValid()&&compareArrays(this._a,(this._isUTC?moment.utc(this._a):moment(this._a)).toArray())>0}return false},parsingFlags:function(){return extend({},this._pf)},invalidAt:function(){return this._pf.overflow},utc:function(keepLocalTime){return this.utcOffset(0,keepLocalTime)},local:function(keepLocalTime){if(this._isUTC){this.utcOffset(0,keepLocalTime);this._isUTC=false;if(keepLocalTime){this.subtract(this._dateUtcOffset(),\"m\")}}return this},format:function(inputString){var output=formatMoment(this,inputString||moment.defaultFormat);return this.localeData().postformat(output)},add:createAdder(1,\"add\"),subtract:createAdder(-1,\"subtract\"),diff:function(input,units,asFloat){var that=makeAs(input,this),zoneDiff=(that.utcOffset()-this.utcOffset())*6e4,anchor,diff,output,daysAdjust;units=normalizeUnits(units);if(units===\"year\"||units===\"month\"||units===\"quarter\"){output=monthDiff(this,that);if(units===\"quarter\"){output=output/3}else if(units===\"year\"){output=output/12}}else{diff=this-that;output=units===\"second\"?diff/1e3:units===\"minute\"?diff/6e4:units===\"hour\"?diff/36e5:units===\"day\"?(diff-zoneDiff)/864e5:units===\"week\"?(diff-zoneDiff)/6048e5:diff}return asFloat?output:absRound(output)},from:function(time,withoutSuffix){return moment.duration({to:this,from:time}).locale(this.locale()).humanize(!withoutSuffix)},fromNow:function(withoutSuffix){return this.from(moment(),withoutSuffix)},calendar:function(time){var now=time||moment(),sod=makeAs(now,this).startOf(\"day\"),diff=this.diff(sod,\"days\",true),format=diff<-6?\"sameElse\":diff<-1?\"lastWeek\":diff<0?\"lastDay\":diff<1?\"sameDay\":diff<2?\"nextDay\":diff<7?\"nextWeek\":\"sameElse\";return this.format(this.localeData().calendar(format,this,moment(now)))},isLeapYear:function(){return isLeapYear(this.year())},isDST:function(){return this.utcOffset()>this.clone().month(0).utcOffset()||this.utcOffset()>this.clone().month(5).utcOffset()},day:function(input){var day=this._isUTC?this._d.getUTCDay():this._d.getDay();if(input!=null){input=parseWeekday(input,this.localeData());return this.add(input-day,\"d\")}else{return day}},month:makeAccessor(\"Month\",true),startOf:function(units){units=normalizeUnits(units);switch(units){case\"year\":this.month(0);case\"quarter\":case\"month\":this.date(1);case\"week\":case\"isoWeek\":case\"day\":this.hours(0);case\"hour\":this.minutes(0);case\"minute\":this.seconds(0);case\"second\":this.milliseconds(0)}if(units===\"week\"){this.weekday(0)}else if(units===\"isoWeek\"){this.isoWeekday(1)}if(units===\"quarter\"){this.month(Math.floor(this.month()/3)*3)}return this},endOf:function(units){units=normalizeUnits(units);if(units===undefined||units===\"millisecond\"){return this}return this.startOf(units).add(1,units===\"isoWeek\"?\"week\":units).subtract(1,\"ms\")},isAfter:function(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=moment.isMoment(input)?input:moment(input);return+this>+input}else{inputMs=moment.isMoment(input)?+input:+moment(input);return inputMs<+this.clone().startOf(units)}},isBefore:function(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=moment.isMoment(input)?input:moment(input);return+this<+input}else{inputMs=moment.isMoment(input)?+input:+moment(input);return+this.clone().endOf(units)<inputMs}},isBetween:function(from,to,units){return this.isAfter(from,units)&&this.isBefore(to,units)},isSame:function(input,units){var inputMs;units=normalizeUnits(units||\"millisecond\");if(units===\"millisecond\"){input=moment.isMoment(input)?input:moment(input);return+this===+input}else{inputMs=+moment(input);return+this.clone().startOf(units)<=inputMs&&inputMs<=+this.clone().endOf(units)}},min:deprecate(\"moment().min is deprecated, use moment.min instead. https://github.com/moment/moment/issues/1548\",function(other){other=moment.apply(null,arguments);return other<this?this:other}),max:deprecate(\"moment().max is deprecated, use moment.max instead. https://github.com/moment/moment/issues/1548\",function(other){other=moment.apply(null,arguments);return other>this?this:other}),zone:deprecate(\"moment().zone is deprecated, use moment().utcOffset instead. \"+\"https://github.com/moment/moment/issues/1779\",function(input,keepLocalTime){if(input!=null){if(typeof input!==\"string\"){input=-input}this.utcOffset(input,keepLocalTime);return this}else{return-this.utcOffset()}}),utcOffset:function(input,keepLocalTime){var offset=this._offset||0,localAdjust;if(input!=null){if(typeof input===\"string\"){input=utcOffsetFromString(input)}if(Math.abs(input)<16){input=input*60}if(!this._isUTC&&keepLocalTime){localAdjust=this._dateUtcOffset()}this._offset=input;this._isUTC=true;if(localAdjust!=null){this.add(localAdjust,\"m\")}if(offset!==input){if(!keepLocalTime||this._changeInProgress){addOrSubtractDurationFromMoment(this,moment.duration(input-offset,\"m\"),1,false)}else if(!this._changeInProgress){this._changeInProgress=true;moment.updateOffset(this,true);this._changeInProgress=null}}return this}else{return this._isUTC?offset:this._dateUtcOffset()}},isLocal:function(){return!this._isUTC},isUtcOffset:function(){return this._isUTC},isUtc:function(){return this._isUTC&&this._offset===0},zoneAbbr:function(){return this._isUTC?\"UTC\":\"\"},zoneName:function(){return this._isUTC?\"Coordinated Universal Time\":\"\"},parseZone:function(){if(this._tzm){this.utcOffset(this._tzm)}else if(typeof this._i===\"string\"){this.utcOffset(utcOffsetFromString(this._i))}return this},hasAlignedHourOffset:function(input){if(!input){input=0}else{input=moment(input).utcOffset()}return(this.utcOffset()-input)%60===0},daysInMonth:function(){return daysInMonth(this.year(),this.month())},dayOfYear:function(input){var dayOfYear=round((moment(this).startOf(\"day\")-moment(this).startOf(\"year\"))/864e5)+1;return input==null?dayOfYear:this.add(input-dayOfYear,\"d\")},quarter:function(input){return input==null?Math.ceil((this.month()+1)/3):this.month((input-1)*3+this.month()%3)},weekYear:function(input){var year=weekOfYear(this,this.localeData()._week.dow,this.localeData()._week.doy).year;return input==null?year:this.add(input-year,\"y\")},isoWeekYear:function(input){var year=weekOfYear(this,1,4).year;return input==null?year:this.add(input-year,\"y\")},week:function(input){var week=this.localeData().week(this);return input==null?week:this.add((input-week)*7,\"d\")},isoWeek:function(input){var week=weekOfYear(this,1,4).week;return input==null?week:this.add((input-week)*7,\"d\")},weekday:function(input){var weekday=(this.day()+7-this.localeData()._week.dow)%7;return input==null?weekday:this.add(input-weekday,\"d\")},isoWeekday:function(input){return input==null?this.day()||7:this.day(this.day()%7?input:input-7)},isoWeeksInYear:function(){return weeksInYear(this.year(),1,4)},weeksInYear:function(){var weekInfo=this.localeData()._week;return weeksInYear(this.year(),weekInfo.dow,weekInfo.doy)},get:function(units){units=normalizeUnits(units);return this[units]()},set:function(units,value){var unit;if(typeof units===\"object\"){for(unit in units){this.set(unit,units[unit])}}else{units=normalizeUnits(units);if(typeof this[units]===\"function\"){this[units](value)}}return this},locale:function(key){var newLocaleData;if(key===undefined){return this._locale._abbr}else{newLocaleData=moment.localeData(key);if(newLocaleData!=null){this._locale=newLocaleData}return this}},lang:deprecate(\"moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.\",function(key){if(key===undefined){return this.localeData()}else{return this.locale(key)}}),localeData:function(){return this._locale},_dateUtcOffset:function(){return-Math.round(this._d.getTimezoneOffset()/15)*15}});function rawMonthSetter(mom,value){var dayOfMonth;if(typeof value===\"string\"){value=mom.localeData().monthsParse(value);if(typeof value!==\"number\"){return mom}}dayOfMonth=Math.min(mom.date(),daysInMonth(mom.year(),value));mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+\"Month\"](value,dayOfMonth);return mom}function rawGetter(mom,unit){return mom._d[\"get\"+(mom._isUTC?\"UTC\":\"\")+unit]()}function rawSetter(mom,unit,value){if(unit===\"Month\"){return rawMonthSetter(mom,value)}else{return mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value)}}function makeAccessor(unit,keepTime){return function(value){if(value!=null){rawSetter(this,unit,value);moment.updateOffset(this,keepTime);return this}else{return rawGetter(this,unit)}}}moment.fn.millisecond=moment.fn.milliseconds=makeAccessor(\"Milliseconds\",false);moment.fn.second=moment.fn.seconds=makeAccessor(\"Seconds\",false);moment.fn.minute=moment.fn.minutes=makeAccessor(\"Minutes\",false);moment.fn.hour=moment.fn.hours=makeAccessor(\"Hours\",true);moment.fn.date=makeAccessor(\"Date\",true);moment.fn.dates=deprecate(\"dates accessor is deprecated. Use date instead.\",makeAccessor(\"Date\",true));moment.fn.year=makeAccessor(\"FullYear\",true);moment.fn.years=deprecate(\"years accessor is deprecated. Use year instead.\",makeAccessor(\"FullYear\",true));moment.fn.days=moment.fn.day;moment.fn.months=moment.fn.month;moment.fn.weeks=moment.fn.week;moment.fn.isoWeeks=moment.fn.isoWeek;moment.fn.quarters=moment.fn.quarter;moment.fn.toJSON=moment.fn.toISOString;moment.fn.isUTC=moment.fn.isUtc;function daysToYears(days){return days*400/146097}function yearsToDays(years){return years*146097/400}extend(moment.duration.fn=Duration.prototype,{_bubble:function(){var milliseconds=this._milliseconds,days=this._days,months=this._months,data=this._data,seconds,minutes,hours,years=0;data.milliseconds=milliseconds%1e3;seconds=absRound(milliseconds/1e3);data.seconds=seconds%60;minutes=absRound(seconds/60);data.minutes=minutes%60;hours=absRound(minutes/60);data.hours=hours%24;days+=absRound(hours/24);years=absRound(daysToYears(days));days-=absRound(yearsToDays(years));months+=absRound(days/30);days%=30;years+=absRound(months/12);months%=12;data.days=days;data.months=months;data.years=years},abs:function(){this._milliseconds=Math.abs(this._milliseconds);this._days=Math.abs(this._days);this._months=Math.abs(this._months);this._data.milliseconds=Math.abs(this._data.milliseconds);this._data.seconds=Math.abs(this._data.seconds);this._data.minutes=Math.abs(this._data.minutes);this._data.hours=Math.abs(this._data.hours);this._data.months=Math.abs(this._data.months);this._data.years=Math.abs(this._data.years);return this},weeks:function(){return absRound(this.days()/7)},valueOf:function(){return this._milliseconds+this._days*864e5+this._months%12*2592e6+toInt(this._months/12)*31536e6},humanize:function(withSuffix){var output=relativeTime(this,!withSuffix,this.localeData());\nif(withSuffix){output=this.localeData().pastFuture(+this,output)}return this.localeData().postformat(output)},add:function(input,val){var dur=moment.duration(input,val);this._milliseconds+=dur._milliseconds;this._days+=dur._days;this._months+=dur._months;this._bubble();return this},subtract:function(input,val){var dur=moment.duration(input,val);this._milliseconds-=dur._milliseconds;this._days-=dur._days;this._months-=dur._months;this._bubble();return this},get:function(units){units=normalizeUnits(units);return this[units.toLowerCase()+\"s\"]()},as:function(units){var days,months;units=normalizeUnits(units);if(units===\"month\"||units===\"year\"){days=this._days+this._milliseconds/864e5;months=this._months+daysToYears(days)*12;return units===\"month\"?months:months/12}else{days=this._days+Math.round(yearsToDays(this._months/12));switch(units){case\"week\":return days/7+this._milliseconds/6048e5;case\"day\":return days+this._milliseconds/864e5;case\"hour\":return days*24+this._milliseconds/36e5;case\"minute\":return days*24*60+this._milliseconds/6e4;case\"second\":return days*24*60*60+this._milliseconds/1e3;case\"millisecond\":return Math.floor(days*24*60*60*1e3)+this._milliseconds;default:throw new Error(\"Unknown unit \"+units)}}},lang:moment.fn.lang,locale:moment.fn.locale,toIsoString:deprecate(\"toIsoString() is deprecated. Please use toISOString() instead \"+\"(notice the capitals)\",function(){return this.toISOString()}),toISOString:function(){var years=Math.abs(this.years()),months=Math.abs(this.months()),days=Math.abs(this.days()),hours=Math.abs(this.hours()),minutes=Math.abs(this.minutes()),seconds=Math.abs(this.seconds()+this.milliseconds()/1e3);if(!this.asSeconds()){return\"P0D\"}return(this.asSeconds()<0?\"-\":\"\")+\"P\"+(years?years+\"Y\":\"\")+(months?months+\"M\":\"\")+(days?days+\"D\":\"\")+(hours||minutes||seconds?\"T\":\"\")+(hours?hours+\"H\":\"\")+(minutes?minutes+\"M\":\"\")+(seconds?seconds+\"S\":\"\")},localeData:function(){return this._locale},toJSON:function(){return this.toISOString()}});moment.duration.fn.toString=moment.duration.fn.toISOString;function makeDurationGetter(name){moment.duration.fn[name]=function(){return this._data[name]}}for(i in unitMillisecondFactors){if(hasOwnProp(unitMillisecondFactors,i)){makeDurationGetter(i.toLowerCase())}}moment.duration.fn.asMilliseconds=function(){return this.as(\"ms\")};moment.duration.fn.asSeconds=function(){return this.as(\"s\")};moment.duration.fn.asMinutes=function(){return this.as(\"m\")};moment.duration.fn.asHours=function(){return this.as(\"h\")};moment.duration.fn.asDays=function(){return this.as(\"d\")};moment.duration.fn.asWeeks=function(){return this.as(\"weeks\")};moment.duration.fn.asMonths=function(){return this.as(\"M\")};moment.duration.fn.asYears=function(){return this.as(\"y\")};moment.locale(\"en\",{ordinalParse:/\\d{1,2}(th|st|nd|rd)/,ordinal:function(number){var b=number%10,output=toInt(number%100/10)===1?\"th\":b===1?\"st\":b===2?\"nd\":b===3?\"rd\":\"th\";return number+output}});function makeGlobal(shouldDeprecate){if(typeof ender!==\"undefined\"){return}oldGlobalMoment=globalScope.moment;if(shouldDeprecate){globalScope.moment=deprecate(\"Accessing Moment through the global scope is \"+\"deprecated, and will be removed in an upcoming \"+\"release.\",moment)}else{globalScope.moment=moment}}if(hasModule){module.exports=moment}else if(true){!(__WEBPACK_AMD_DEFINE_RESULT__=function(require,exports,module){if(module.config&&module.config()&&module.config().noGlobal===true){globalScope.moment=oldGlobalMoment}return moment}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__));makeGlobal(true)}else{makeGlobal()}}).call(this)}).call(exports,function(){return this}(),__webpack_require__(71)(module))},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_RESULT__;(function(window,undefined){\"use strict\";var Hammer=function Hammer(element,options){return new Hammer.Instance(element,options||{})};Hammer.VERSION=\"1.1.3\";Hammer.defaults={behavior:{userSelect:\"none\",touchAction:\"pan-y\",touchCallout:\"none\",contentZooming:\"none\",userDrag:\"none\",tapHighlightColor:\"rgba(0,0,0,0)\"}};Hammer.DOCUMENT=document;Hammer.HAS_POINTEREVENTS=navigator.pointerEnabled||navigator.msPointerEnabled;Hammer.HAS_TOUCHEVENTS=\"ontouchstart\"in window;Hammer.IS_MOBILE=/mobile|tablet|ip(ad|hone|od)|android|silk/i.test(navigator.userAgent);Hammer.NO_MOUSEEVENTS=Hammer.HAS_TOUCHEVENTS&&Hammer.IS_MOBILE||Hammer.HAS_POINTEREVENTS;Hammer.CALCULATE_INTERVAL=25;var EVENT_TYPES={};var DIRECTION_DOWN=Hammer.DIRECTION_DOWN=\"down\";var DIRECTION_LEFT=Hammer.DIRECTION_LEFT=\"left\";var DIRECTION_UP=Hammer.DIRECTION_UP=\"up\";var DIRECTION_RIGHT=Hammer.DIRECTION_RIGHT=\"right\";var POINTER_MOUSE=Hammer.POINTER_MOUSE=\"mouse\";var POINTER_TOUCH=Hammer.POINTER_TOUCH=\"touch\";var POINTER_PEN=Hammer.POINTER_PEN=\"pen\";var EVENT_START=Hammer.EVENT_START=\"start\";var EVENT_MOVE=Hammer.EVENT_MOVE=\"move\";var EVENT_END=Hammer.EVENT_END=\"end\";var EVENT_RELEASE=Hammer.EVENT_RELEASE=\"release\";var EVENT_TOUCH=Hammer.EVENT_TOUCH=\"touch\";Hammer.READY=false;Hammer.plugins=Hammer.plugins||{};Hammer.gestures=Hammer.gestures||{};function setup(){if(Hammer.READY){return}Event.determineEventTypes();Utils.each(Hammer.gestures,function(gesture){Detection.register(gesture)});Event.onTouch(Hammer.DOCUMENT,EVENT_MOVE,Detection.detect);Event.onTouch(Hammer.DOCUMENT,EVENT_END,Detection.detect);Hammer.READY=true}var Utils=Hammer.utils={extend:function extend(dest,src,merge){for(var key in src){if(!src.hasOwnProperty(key)||dest[key]!==undefined&&merge){continue}dest[key]=src[key]}return dest},on:function on(element,type,handler){element.addEventListener(type,handler,false)},off:function off(element,type,handler){element.removeEventListener(type,handler,false)},each:function each(obj,iterator,context){var i,len;if(\"forEach\"in obj){obj.forEach(iterator,context)}else if(obj.length!==undefined){for(i=0,len=obj.length;i<len;i++){if(iterator.call(context,obj[i],i,obj)===false){return}}}else{for(i in obj){if(obj.hasOwnProperty(i)&&iterator.call(context,obj[i],i,obj)===false){return}}}},inStr:function inStr(src,find){return src.indexOf(find)>-1},inArray:function inArray(src,find){if(src.indexOf){var index=src.indexOf(find);return index===-1?false:index}else{for(var i=0,len=src.length;i<len;i++){if(src[i]===find){return i}}return false}},toArray:function toArray(obj){return Array.prototype.slice.call(obj,0)},hasParent:function hasParent(node,parent){while(node){if(node==parent){return true}node=node.parentNode}return false},getCenter:function getCenter(touches){var pageX=[],pageY=[],clientX=[],clientY=[],min=Math.min,max=Math.max;if(touches.length===1){return{pageX:touches[0].pageX,pageY:touches[0].pageY,clientX:touches[0].clientX,clientY:touches[0].clientY}}Utils.each(touches,function(touch){pageX.push(touch.pageX);pageY.push(touch.pageY);clientX.push(touch.clientX);clientY.push(touch.clientY)});return{pageX:(min.apply(Math,pageX)+max.apply(Math,pageX))/2,pageY:(min.apply(Math,pageY)+max.apply(Math,pageY))/2,clientX:(min.apply(Math,clientX)+max.apply(Math,clientX))/2,clientY:(min.apply(Math,clientY)+max.apply(Math,clientY))/2}},getVelocity:function getVelocity(deltaTime,deltaX,deltaY){return{x:Math.abs(deltaX/deltaTime)||0,y:Math.abs(deltaY/deltaTime)||0}},getAngle:function getAngle(touch1,touch2){var x=touch2.clientX-touch1.clientX,y=touch2.clientY-touch1.clientY;return Math.atan2(y,x)*180/Math.PI},getDirection:function getDirection(touch1,touch2){var x=Math.abs(touch1.clientX-touch2.clientX),y=Math.abs(touch1.clientY-touch2.clientY);if(x>=y){return touch1.clientX-touch2.clientX>0?DIRECTION_LEFT:DIRECTION_RIGHT}return touch1.clientY-touch2.clientY>0?DIRECTION_UP:DIRECTION_DOWN},getDistance:function getDistance(touch1,touch2){var x=touch2.clientX-touch1.clientX,y=touch2.clientY-touch1.clientY;return Math.sqrt(x*x+y*y)},getScale:function getScale(start,end){if(start.length>=2&&end.length>=2){return this.getDistance(end[0],end[1])/this.getDistance(start[0],start[1])}return 1},getRotation:function getRotation(start,end){if(start.length>=2&&end.length>=2){return this.getAngle(end[1],end[0])-this.getAngle(start[1],start[0])}return 0},isVertical:function isVertical(direction){return direction==DIRECTION_UP||direction==DIRECTION_DOWN},setPrefixedCss:function setPrefixedCss(element,prop,value,toggle){var prefixes=[\"\",\"Webkit\",\"Moz\",\"O\",\"ms\"];prop=Utils.toCamelCase(prop);for(var i=0;i<prefixes.length;i++){var p=prop;if(prefixes[i]){p=prefixes[i]+p.slice(0,1).toUpperCase()+p.slice(1)}if(p in element.style){element.style[p]=(toggle==null||toggle)&&value||\"\";break}}},toggleBehavior:function toggleBehavior(element,props,toggle){if(!props||!element||!element.style){return}Utils.each(props,function(value,prop){Utils.setPrefixedCss(element,prop,value,toggle)});var falseFn=toggle&&function(){return false};if(props.userSelect==\"none\"){element.onselectstart=falseFn}if(props.userDrag==\"none\"){element.ondragstart=falseFn}},toCamelCase:function toCamelCase(str){return str.replace(/[_-]([a-z])/g,function(s){return s[1].toUpperCase()})}};var Event=Hammer.event={preventMouseEvents:false,started:false,shouldDetect:false,on:function on(element,type,handler,hook){var types=type.split(\" \");Utils.each(types,function(type){Utils.on(element,type,handler);hook&&hook(type)})},off:function off(element,type,handler,hook){var types=type.split(\" \");Utils.each(types,function(type){Utils.off(element,type,handler);hook&&hook(type)})},onTouch:function onTouch(element,eventType,handler){var self=this;var onTouchHandler=function onTouchHandler(ev){var srcType=ev.type.toLowerCase(),isPointer=Hammer.HAS_POINTEREVENTS,isMouse=Utils.inStr(srcType,\"mouse\"),triggerType;if(isMouse&&self.preventMouseEvents){return}else if(isMouse&&eventType==EVENT_START&&ev.button===0){self.preventMouseEvents=false;self.shouldDetect=true}else if(isPointer&&eventType==EVENT_START){self.shouldDetect=ev.buttons===1||PointerEvent.matchType(POINTER_TOUCH,ev)}else if(!isMouse&&eventType==EVENT_START){self.preventMouseEvents=true;self.shouldDetect=true}if(isPointer&&eventType!=EVENT_END){PointerEvent.updatePointer(eventType,ev)}if(self.shouldDetect){triggerType=self.doDetect.call(self,ev,eventType,element,handler)}if(triggerType==EVENT_END){self.preventMouseEvents=false;self.shouldDetect=false;PointerEvent.reset()}if(isPointer&&eventType==EVENT_END){PointerEvent.updatePointer(eventType,ev)}};this.on(element,EVENT_TYPES[eventType],onTouchHandler);return onTouchHandler},doDetect:function doDetect(ev,eventType,element,handler){var touchList=this.getTouchList(ev,eventType);var touchListLength=touchList.length;var triggerType=eventType;var triggerChange=touchList.trigger;var changedLength=touchListLength;if(eventType==EVENT_START){triggerChange=EVENT_TOUCH}else if(eventType==EVENT_END){triggerChange=EVENT_RELEASE;changedLength=touchList.length-(ev.changedTouches?ev.changedTouches.length:1)}if(changedLength>0&&this.started){triggerType=EVENT_MOVE}this.started=true;var evData=this.collectEventData(element,triggerType,touchList,ev);if(eventType!=EVENT_END){handler.call(Detection,evData)}if(triggerChange){evData.changedLength=changedLength;evData.eventType=triggerChange;handler.call(Detection,evData);evData.eventType=triggerType;delete evData.changedLength}if(triggerType==EVENT_END){handler.call(Detection,evData);this.started=false}return triggerType},determineEventTypes:function determineEventTypes(){var types;if(Hammer.HAS_POINTEREVENTS){if(window.PointerEvent){types=[\"pointerdown\",\"pointermove\",\"pointerup pointercancel lostpointercapture\"]}else{types=[\"MSPointerDown\",\"MSPointerMove\",\"MSPointerUp MSPointerCancel MSLostPointerCapture\"]}}else if(Hammer.NO_MOUSEEVENTS){types=[\"touchstart\",\"touchmove\",\"touchend touchcancel\"]}else{types=[\"touchstart mousedown\",\"touchmove mousemove\",\"touchend touchcancel mouseup\"]}EVENT_TYPES[EVENT_START]=types[0];EVENT_TYPES[EVENT_MOVE]=types[1];EVENT_TYPES[EVENT_END]=types[2];return EVENT_TYPES},getTouchList:function getTouchList(ev,eventType){if(Hammer.HAS_POINTEREVENTS){return PointerEvent.getTouchList()}if(ev.touches){if(eventType==EVENT_MOVE){return ev.touches}var identifiers=[];var concat=[].concat(Utils.toArray(ev.touches),Utils.toArray(ev.changedTouches));var touchList=[];Utils.each(concat,function(touch){if(Utils.inArray(identifiers,touch.identifier)===false){touchList.push(touch)}identifiers.push(touch.identifier)});return touchList}ev.identifier=1;return[ev]},collectEventData:function collectEventData(element,eventType,touches,ev){var pointerType=POINTER_TOUCH;if(Utils.inStr(ev.type,\"mouse\")||PointerEvent.matchType(POINTER_MOUSE,ev)){pointerType=POINTER_MOUSE}else if(PointerEvent.matchType(POINTER_PEN,ev)){pointerType=POINTER_PEN}return{center:Utils.getCenter(touches),timeStamp:Date.now(),target:ev.target,touches:touches,eventType:eventType,pointerType:pointerType,srcEvent:ev,preventDefault:function(){var srcEvent=this.srcEvent;srcEvent.preventManipulation&&srcEvent.preventManipulation();srcEvent.preventDefault&&srcEvent.preventDefault()},stopPropagation:function(){this.srcEvent.stopPropagation()},stopDetect:function(){return Detection.stopDetect()}}}};var PointerEvent=Hammer.PointerEvent={pointers:{},getTouchList:function getTouchList(){var touchlist=[];Utils.each(this.pointers,function(pointer){touchlist.push(pointer)});return touchlist},updatePointer:function updatePointer(eventType,pointerEvent){if(eventType==EVENT_END||eventType!=EVENT_END&&pointerEvent.buttons!==1){delete this.pointers[pointerEvent.pointerId]}else{pointerEvent.identifier=pointerEvent.pointerId;this.pointers[pointerEvent.pointerId]=pointerEvent}},matchType:function matchType(pointerType,ev){if(!ev.pointerType){return false}var pt=ev.pointerType,types={};types[POINTER_MOUSE]=pt===(ev.MSPOINTER_TYPE_MOUSE||POINTER_MOUSE);types[POINTER_TOUCH]=pt===(ev.MSPOINTER_TYPE_TOUCH||POINTER_TOUCH);types[POINTER_PEN]=pt===(ev.MSPOINTER_TYPE_PEN||POINTER_PEN);return types[pointerType]},reset:function resetList(){this.pointers={}}};var Detection=Hammer.detection={gestures:[],current:null,previous:null,stopped:false,startDetect:function startDetect(inst,eventData){if(this.current){return}this.stopped=false;this.current={inst:inst,startEvent:Utils.extend({},eventData),lastEvent:false,lastCalcEvent:false,futureCalcEvent:false,lastCalcData:{},name:\"\"};this.detect(eventData)},detect:function detect(eventData){if(!this.current||this.stopped){return}eventData=this.extendEventData(eventData);var inst=this.current.inst,instOptions=inst.options;Utils.each(this.gestures,function triggerGesture(gesture){if(!this.stopped&&inst.enabled&&instOptions[gesture.name]){gesture.handler.call(gesture,eventData,inst)}},this);if(this.current){this.current.lastEvent=eventData}if(eventData.eventType==EVENT_END){this.stopDetect()}return eventData},stopDetect:function stopDetect(){this.previous=Utils.extend({},this.current);this.current=null;this.stopped=true},getCalculatedData:function getCalculatedData(ev,center,deltaTime,deltaX,deltaY){var cur=this.current,recalc=false,calcEv=cur.lastCalcEvent,calcData=cur.lastCalcData;if(calcEv&&ev.timeStamp-calcEv.timeStamp>Hammer.CALCULATE_INTERVAL){center=calcEv.center;deltaTime=ev.timeStamp-calcEv.timeStamp;deltaX=ev.center.clientX-calcEv.center.clientX;deltaY=ev.center.clientY-calcEv.center.clientY;recalc=true}if(ev.eventType==EVENT_TOUCH||ev.eventType==EVENT_RELEASE){cur.futureCalcEvent=ev}if(!cur.lastCalcEvent||recalc){calcData.velocity=Utils.getVelocity(deltaTime,deltaX,deltaY);calcData.angle=Utils.getAngle(center,ev.center);calcData.direction=Utils.getDirection(center,ev.center);cur.lastCalcEvent=cur.futureCalcEvent||ev;cur.futureCalcEvent=ev}ev.velocityX=calcData.velocity.x;ev.velocityY=calcData.velocity.y;ev.interimAngle=calcData.angle;ev.interimDirection=calcData.direction},extendEventData:function extendEventData(ev){var cur=this.current,startEv=cur.startEvent,lastEv=cur.lastEvent||startEv;if(ev.eventType==EVENT_TOUCH||ev.eventType==EVENT_RELEASE){startEv.touches=[];Utils.each(ev.touches,function(touch){startEv.touches.push({clientX:touch.clientX,clientY:touch.clientY})})}var deltaTime=ev.timeStamp-startEv.timeStamp,deltaX=ev.center.clientX-startEv.center.clientX,deltaY=ev.center.clientY-startEv.center.clientY;this.getCalculatedData(ev,lastEv.center,deltaTime,deltaX,deltaY);Utils.extend(ev,{startEvent:startEv,deltaTime:deltaTime,deltaX:deltaX,deltaY:deltaY,distance:Utils.getDistance(startEv.center,ev.center),angle:Utils.getAngle(startEv.center,ev.center),direction:Utils.getDirection(startEv.center,ev.center),scale:Utils.getScale(startEv.touches,ev.touches),rotation:Utils.getRotation(startEv.touches,ev.touches)});return ev},register:function register(gesture){var options=gesture.defaults||{};if(options[gesture.name]===undefined){options[gesture.name]=true}Utils.extend(Hammer.defaults,options,true);gesture.index=gesture.index||1e3;this.gestures.push(gesture);this.gestures.sort(function(a,b){if(a.index<b.index){return-1}if(a.index>b.index){return 1}return 0});return this.gestures}};Hammer.Instance=function(element,options){var self=this;setup();this.element=element;this.enabled=true;Utils.each(options,function(value,name){delete options[name];options[Utils.toCamelCase(name)]=value});this.options=Utils.extend(Utils.extend({},Hammer.defaults),options||{});if(this.options.behavior){Utils.toggleBehavior(this.element,this.options.behavior,true)}this.eventStartHandler=Event.onTouch(element,EVENT_START,function(ev){if(self.enabled&&ev.eventType==EVENT_START){Detection.startDetect(self,ev)}else if(ev.eventType==EVENT_TOUCH){Detection.detect(ev)}});this.eventHandlers=[]};Hammer.Instance.prototype={on:function onEvent(gestures,handler){var self=this;Event.on(self.element,gestures,handler,function(type){self.eventHandlers.push({gesture:type,handler:handler})});return self},off:function offEvent(gestures,handler){var self=this;Event.off(self.element,gestures,handler,function(type){var index=Utils.inArray({gesture:type,handler:handler});if(index!==false){self.eventHandlers.splice(index,1)}});return self},trigger:function triggerEvent(gesture,eventData){if(!eventData){eventData={}}var event=Hammer.DOCUMENT.createEvent(\"Event\");event.initEvent(gesture,true,true);event.gesture=eventData;var element=this.element;if(Utils.hasParent(eventData.target,element)){element=eventData.target}element.dispatchEvent(event);return this},enable:function enable(state){this.enabled=state;return this},dispose:function dispose(){var i,eh;Utils.toggleBehavior(this.element,this.options.behavior,false);for(i=-1;eh=this.eventHandlers[++i];){Utils.off(this.element,eh.gesture,eh.handler)}this.eventHandlers=[];Event.off(this.element,EVENT_TYPES[EVENT_START],this.eventStartHandler);return null}};(function(name){var triggered=false;function dragGesture(ev,inst){var cur=Detection.current;if(inst.options.dragMaxTouches>0&&ev.touches.length>inst.options.dragMaxTouches){return}switch(ev.eventType){case EVENT_START:triggered=false;break;case EVENT_MOVE:if(ev.distance<inst.options.dragMinDistance&&cur.name!=name){return}var startCenter=cur.startEvent.center;if(cur.name!=name){cur.name=name;if(inst.options.dragDistanceCorrection&&ev.distance>0){var factor=Math.abs(inst.options.dragMinDistance/ev.distance);startCenter.pageX+=ev.deltaX*factor;startCenter.pageY+=ev.deltaY*factor;startCenter.clientX+=ev.deltaX*factor;startCenter.clientY+=ev.deltaY*factor;ev=Detection.extendEventData(ev)}}if(cur.lastEvent.dragLockToAxis||inst.options.dragLockToAxis&&inst.options.dragLockMinDistance<=ev.distance){ev.dragLockToAxis=true}var lastDirection=cur.lastEvent.direction;if(ev.dragLockToAxis&&lastDirection!==ev.direction){if(Utils.isVertical(lastDirection)){ev.direction=ev.deltaY<0?DIRECTION_UP:DIRECTION_DOWN}else{ev.direction=ev.deltaX<0?DIRECTION_LEFT:DIRECTION_RIGHT}}if(!triggered){inst.trigger(name+\"start\",ev);triggered=true}inst.trigger(name,ev);inst.trigger(name+ev.direction,ev);var isVertical=Utils.isVertical(ev.direction);if(inst.options.dragBlockVertical&&isVertical||inst.options.dragBlockHorizontal&&!isVertical){ev.preventDefault()}break;case EVENT_RELEASE:if(triggered&&ev.changedLength<=inst.options.dragMaxTouches){inst.trigger(name+\"end\",ev);triggered=false}break;case EVENT_END:triggered=false;break}}Hammer.gestures.Drag={name:name,index:50,handler:dragGesture,defaults:{dragMinDistance:10,dragDistanceCorrection:true,dragMaxTouches:1,dragBlockHorizontal:false,dragBlockVertical:false,dragLockToAxis:false,dragLockMinDistance:25}}})(\"drag\");Hammer.gestures.Gesture={name:\"gesture\",index:1337,handler:function releaseGesture(ev,inst){inst.trigger(this.name,ev)}};(function(name){var timer;function holdGesture(ev,inst){var options=inst.options,current=Detection.current;switch(ev.eventType){case EVENT_START:clearTimeout(timer);current.name=name;timer=setTimeout(function(){if(current&¤t.name==name){inst.trigger(name,ev)}},options.holdTimeout);break;case EVENT_MOVE:if(ev.distance>options.holdThreshold){clearTimeout(timer)}break;case EVENT_RELEASE:clearTimeout(timer);break}}Hammer.gestures.Hold={name:name,index:10,defaults:{holdTimeout:500,holdThreshold:2},handler:holdGesture}})(\"hold\");Hammer.gestures.Release={name:\"release\",index:Infinity,handler:function releaseGesture(ev,inst){if(ev.eventType==EVENT_RELEASE){inst.trigger(this.name,ev)}}};Hammer.gestures.Swipe={name:\"swipe\",index:40,defaults:{swipeMinTouches:1,swipeMaxTouches:1,swipeVelocityX:.6,swipeVelocityY:.6},handler:function swipeGesture(ev,inst){if(ev.eventType==EVENT_RELEASE){var touches=ev.touches.length,options=inst.options;if(touches<options.swipeMinTouches||touches>options.swipeMaxTouches){return}if(ev.velocityX>options.swipeVelocityX||ev.velocityY>options.swipeVelocityY){inst.trigger(this.name,ev);inst.trigger(this.name+ev.direction,ev)}}}};(function(name){var hasMoved=false;function tapGesture(ev,inst){var options=inst.options,current=Detection.current,prev=Detection.previous,sincePrev,didDoubleTap;switch(ev.eventType){case EVENT_START:hasMoved=false;break;case EVENT_MOVE:hasMoved=hasMoved||ev.distance>options.tapMaxDistance;break;case EVENT_END:if(!Utils.inStr(ev.srcEvent.type,\"cancel\")&&ev.deltaTime<options.tapMaxTime&&!hasMoved){sincePrev=prev&&prev.lastEvent&&ev.timeStamp-prev.lastEvent.timeStamp;didDoubleTap=false;if(prev&&prev.name==name&&(sincePrev&&sincePrev<options.doubleTapInterval)&&ev.distance<options.doubleTapDistance){inst.trigger(\"doubletap\",ev);didDoubleTap=true}if(!didDoubleTap||options.tapAlways){current.name=name;inst.trigger(current.name,ev)}}break}}Hammer.gestures.Tap={name:name,index:100,handler:tapGesture,defaults:{tapMaxTime:250,tapMaxDistance:10,tapAlways:true,doubleTapDistance:20,doubleTapInterval:300}}})(\"tap\");Hammer.gestures.Touch={name:\"touch\",index:-Infinity,defaults:{preventDefault:false,preventMouse:false},handler:function touchGesture(ev,inst){if(inst.options.preventMouse&&ev.pointerType==POINTER_MOUSE){ev.stopDetect();return}if(inst.options.preventDefault){ev.preventDefault()}if(ev.eventType==EVENT_TOUCH){inst.trigger(\"touch\",ev)}}};(function(name){var triggered=false;function transformGesture(ev,inst){switch(ev.eventType){case EVENT_START:triggered=false;break;case EVENT_MOVE:if(ev.touches.length<2){return}var scaleThreshold=Math.abs(1-ev.scale);var rotationThreshold=Math.abs(ev.rotation);if(scaleThreshold<inst.options.transformMinScale&&rotationThreshold<inst.options.transformMinRotation){return}Detection.current.name=name;if(!triggered){inst.trigger(name+\"start\",ev);triggered=true}inst.trigger(name,ev);if(rotationThreshold>inst.options.transformMinRotation){inst.trigger(\"rotate\",ev)}if(scaleThreshold>inst.options.transformMinScale){inst.trigger(\"pinch\",ev);inst.trigger(\"pinch\"+(ev.scale<1?\"in\":\"out\"),ev)}break;case EVENT_RELEASE:if(triggered&&ev.changedLength<2){inst.trigger(name+\"end\",ev);triggered=false}break}}Hammer.gestures.Transform={name:name,index:45,defaults:{transformMinScale:.01,transformMinRotation:1},handler:transformGesture}})(\"transform\");if(true){!(__WEBPACK_AMD_DEFINE_RESULT__=function(){return Hammer}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof module!==\"undefined\"&&module.exports){module.exports=Hammer}else{window.Hammer=Hammer}})(window)},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var RepulsionMixin=__webpack_require__(67);var HierarchialRepulsionMixin=__webpack_require__(68);var BarnesHutMixin=__webpack_require__(69);exports._toggleBarnesHut=function(){this.constants.physics.barnesHut.enabled=!this.constants.physics.barnesHut.enabled;this._loadSelectedForceSolver();this.moving=true;this.start()};exports._loadSelectedForceSolver=function(){if(this.constants.physics.barnesHut.enabled==true){this._clearMixin(RepulsionMixin);this._clearMixin(HierarchialRepulsionMixin);this.constants.physics.centralGravity=this.constants.physics.barnesHut.centralGravity;this.constants.physics.springLength=this.constants.physics.barnesHut.springLength;this.constants.physics.springConstant=this.constants.physics.barnesHut.springConstant;this.constants.physics.damping=this.constants.physics.barnesHut.damping;this._loadMixin(BarnesHutMixin)}else if(this.constants.physics.hierarchicalRepulsion.enabled==true){this._clearMixin(BarnesHutMixin);this._clearMixin(RepulsionMixin);this.constants.physics.centralGravity=this.constants.physics.hierarchicalRepulsion.centralGravity;this.constants.physics.springLength=this.constants.physics.hierarchicalRepulsion.springLength;this.constants.physics.springConstant=this.constants.physics.hierarchicalRepulsion.springConstant;this.constants.physics.damping=this.constants.physics.hierarchicalRepulsion.damping;this._loadMixin(HierarchialRepulsionMixin)}else{this._clearMixin(BarnesHutMixin);this._clearMixin(HierarchialRepulsionMixin);this.barnesHutTree=undefined;this.constants.physics.centralGravity=this.constants.physics.repulsion.centralGravity;this.constants.physics.springLength=this.constants.physics.repulsion.springLength;this.constants.physics.springConstant=this.constants.physics.repulsion.springConstant;this.constants.physics.damping=this.constants.physics.repulsion.damping;this._loadMixin(RepulsionMixin)}};exports._initializeForceCalculation=function(){if(this.nodeIndices.length==1){this.nodes[this.nodeIndices[0]]._setForce(0,0)}else{if(this.nodeIndices.length>this.constants.clustering.clusterThreshold&&this.constants.clustering.enabled==true){this.clusterToFit(this.constants.clustering.reduceToNodes,false)}this._calculateForces()}};exports._calculateForces=function(){this._calculateGravitationalForces();this._calculateNodeForces();if(this.constants.physics.springConstant>0){if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){this._calculateSpringForcesWithSupport()}else{if(this.constants.physics.hierarchicalRepulsion.enabled==true){this._calculateHierarchicalSpringForces()}else{this._calculateSpringForces()}}}};exports._updateCalculationNodes=function(){if(this.constants.smoothCurves.enabled==true&&this.constants.smoothCurves.dynamic==true){this.calculationNodes={};this.calculationNodeIndices=[];for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){this.calculationNodes[nodeId]=this.nodes[nodeId]}}var supportNodes=this.sectors[\"support\"][\"nodes\"];for(var supportNodeId in supportNodes){if(supportNodes.hasOwnProperty(supportNodeId)){if(this.edges.hasOwnProperty(supportNodes[supportNodeId].parentEdgeId)){this.calculationNodes[supportNodeId]=supportNodes[supportNodeId]}else{supportNodes[supportNodeId]._setForce(0,0)}}}for(var idx in this.calculationNodes){if(this.calculationNodes.hasOwnProperty(idx)){this.calculationNodeIndices.push(idx)}}}else{this.calculationNodes=this.nodes;this.calculationNodeIndices=this.nodeIndices}};exports._calculateGravitationalForces=function(){var dx,dy,distance,node,i;var nodes=this.calculationNodes;var gravity=this.constants.physics.centralGravity;var gravityForce=0;for(i=0;i<this.calculationNodeIndices.length;i++){node=nodes[this.calculationNodeIndices[i]];node.damping=this.constants.physics.damping;if(this._sector()==\"default\"&&gravity!=0){dx=-node.x;dy=-node.y;distance=Math.sqrt(dx*dx+dy*dy);gravityForce=distance==0?0:gravity/distance;node.fx=dx*gravityForce;node.fy=dy*gravityForce}else{node.fx=0;node.fy=0}}};exports._calculateSpringForces=function(){var edgeLength,edge,edgeId;var dx,dy,fx,fy,springForce,distance;var edges=this.edges;for(edgeId in edges){if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId];if(edge.connected){if(this.nodes.hasOwnProperty(edge.toId)&&this.nodes.hasOwnProperty(edge.fromId)){edgeLength=edge.physics.springLength;edgeLength+=(edge.to.clusterSize+edge.from.clusterSize-2)*this.constants.clustering.edgeGrowth;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance==0){distance=.01}springForce=this.constants.physics.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;edge.from.fx+=fx;edge.from.fy+=fy;edge.to.fx-=fx;edge.to.fy-=fy}}}}};exports._calculateSpringForcesWithSupport=function(){var edgeLength,edge,edgeId,combinedClusterSize;var edges=this.edges;for(edgeId in edges){if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId];if(edge.connected){if(this.nodes.hasOwnProperty(edge.toId)&&this.nodes.hasOwnProperty(edge.fromId)){if(edge.via!=null){var node1=edge.to;var node2=edge.via;var node3=edge.from;edgeLength=edge.physics.springLength;combinedClusterSize=node1.clusterSize+node3.clusterSize-2;edgeLength+=combinedClusterSize*this.constants.clustering.edgeGrowth;this._calculateSpringForce(node1,node2,.5*edgeLength);this._calculateSpringForce(node2,node3,.5*edgeLength)}}}}}};exports._calculateSpringForce=function(node1,node2,edgeLength){var dx,dy,fx,fy,springForce,distance;dx=node1.x-node2.x;dy=node1.y-node2.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance==0){distance=.01}springForce=this.constants.physics.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;node1.fx+=fx;node1.fy+=fy;node2.fx-=fx;node2.fy-=fy};exports._cleanupPhysicsConfiguration=function(){if(this.physicsConfiguration!==undefined){while(this.physicsConfiguration.hasChildNodes()){this.physicsConfiguration.removeChild(this.physicsConfiguration.firstChild)}this.physicsConfiguration.parentNode.removeChild(this.physicsConfiguration);this.physicsConfiguration=undefined}};exports._loadPhysicsConfiguration=function(){if(this.physicsConfiguration===undefined){this.backupConstants={};util.deepExtend(this.backupConstants,this.constants);var hierarchicalLayoutDirections=[\"LR\",\"RL\",\"UD\",\"DU\"];this.physicsConfiguration=document.createElement(\"div\");this.physicsConfiguration.className=\"PhysicsConfiguration\";this.physicsConfiguration.innerHTML=\"\"+\"<table><tr><td><b>Simulation Mode:</b></td></tr>\"+\"<tr>\"+'<td width=\"120px\"><input type=\"radio\" name=\"graph_physicsMethod\" id=\"graph_physicsMethod1\" value=\"BH\" checked=\"checked\">Barnes Hut</td>'+'<td width=\"120px\"><input type=\"radio\" name=\"graph_physicsMethod\" id=\"graph_physicsMethod2\" value=\"R\">Repulsion</td>'+'<td width=\"120px\"><input type=\"radio\" name=\"graph_physicsMethod\" id=\"graph_physicsMethod3\" value=\"H\">Hierarchical</td>'+\"</tr>\"+\"</table>\"+'<table id=\"graph_BH_table\" style=\"display:none\">'+\"<tr><td><b>Barnes Hut</b></td></tr>\"+\"<tr>\"+'<td width=\"150px\">gravitationalConstant</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"20000\" value=\"'+-1*this.constants.physics.barnesHut.gravitationalConstant+'\" step=\"25\" style=\"width:300px\" id=\"graph_BH_gc\"></td><td width=\"50px\">-20000</td><td><input value=\"'+-1*this.constants.physics.barnesHut.gravitationalConstant+'\" id=\"graph_BH_gc_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">centralGravity</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"3\" value=\"'+this.constants.physics.barnesHut.centralGravity+'\" step=\"0.05\" style=\"width:300px\" id=\"graph_BH_cg\"></td><td>3</td><td><input value=\"'+this.constants.physics.barnesHut.centralGravity+'\" id=\"graph_BH_cg_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springLength</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"500\" value=\"'+this.constants.physics.barnesHut.springLength+'\" step=\"1\" style=\"width:300px\" id=\"graph_BH_sl\"></td><td>500</td><td><input value=\"'+this.constants.physics.barnesHut.springLength+'\" id=\"graph_BH_sl_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springConstant</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.5\" value=\"'+this.constants.physics.barnesHut.springConstant+'\" step=\"0.001\" style=\"width:300px\" id=\"graph_BH_sc\"></td><td>0.5</td><td><input value=\"'+this.constants.physics.barnesHut.springConstant+'\" id=\"graph_BH_sc_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">damping</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.3\" value=\"'+this.constants.physics.barnesHut.damping+'\" step=\"0.005\" style=\"width:300px\" id=\"graph_BH_damp\"></td><td>0.3</td><td><input value=\"'+this.constants.physics.barnesHut.damping+'\" id=\"graph_BH_damp_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"</table>\"+'<table id=\"graph_R_table\" style=\"display:none\">'+\"<tr><td><b>Repulsion</b></td></tr>\"+\"<tr>\"+'<td width=\"150px\">nodeDistance</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"300\" value=\"'+this.constants.physics.repulsion.nodeDistance+'\" step=\"1\" style=\"width:300px\" id=\"graph_R_nd\"></td><td width=\"50px\">300</td><td><input value=\"'+this.constants.physics.repulsion.nodeDistance+'\" id=\"graph_R_nd_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">centralGravity</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"3\" value=\"'+this.constants.physics.repulsion.centralGravity+'\" step=\"0.05\" style=\"width:300px\" id=\"graph_R_cg\"></td><td>3</td><td><input value=\"'+this.constants.physics.repulsion.centralGravity+'\" id=\"graph_R_cg_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springLength</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"500\" value=\"'+this.constants.physics.repulsion.springLength+'\" step=\"1\" style=\"width:300px\" id=\"graph_R_sl\"></td><td>500</td><td><input value=\"'+this.constants.physics.repulsion.springLength+'\" id=\"graph_R_sl_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springConstant</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.5\" value=\"'+this.constants.physics.repulsion.springConstant+'\" step=\"0.001\" style=\"width:300px\" id=\"graph_R_sc\"></td><td>0.5</td><td><input value=\"'+this.constants.physics.repulsion.springConstant+'\" id=\"graph_R_sc_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">damping</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.3\" value=\"'+this.constants.physics.repulsion.damping+'\" step=\"0.005\" style=\"width:300px\" id=\"graph_R_damp\"></td><td>0.3</td><td><input value=\"'+this.constants.physics.repulsion.damping+'\" id=\"graph_R_damp_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"</table>\"+'<table id=\"graph_H_table\" style=\"display:none\">'+'<tr><td width=\"150\"><b>Hierarchical</b></td></tr>'+\"<tr>\"+'<td width=\"150px\">nodeDistance</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"300\" value=\"'+this.constants.physics.hierarchicalRepulsion.nodeDistance+'\" step=\"1\" style=\"width:300px\" id=\"graph_H_nd\"></td><td width=\"50px\">300</td><td><input value=\"'+this.constants.physics.hierarchicalRepulsion.nodeDistance+'\" id=\"graph_H_nd_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">centralGravity</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"3\" value=\"'+this.constants.physics.hierarchicalRepulsion.centralGravity+'\" step=\"0.05\" style=\"width:300px\" id=\"graph_H_cg\"></td><td>3</td><td><input value=\"'+this.constants.physics.hierarchicalRepulsion.centralGravity+'\" id=\"graph_H_cg_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springLength</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"500\" value=\"'+this.constants.physics.hierarchicalRepulsion.springLength+'\" step=\"1\" style=\"width:300px\" id=\"graph_H_sl\"></td><td>500</td><td><input value=\"'+this.constants.physics.hierarchicalRepulsion.springLength+'\" id=\"graph_H_sl_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">springConstant</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.5\" value=\"'+this.constants.physics.hierarchicalRepulsion.springConstant+'\" step=\"0.001\" style=\"width:300px\" id=\"graph_H_sc\"></td><td>0.5</td><td><input value=\"'+this.constants.physics.hierarchicalRepulsion.springConstant+'\" id=\"graph_H_sc_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">damping</td><td>0</td><td><input type=\"range\" min=\"0\" max=\"0.3\" value=\"'+this.constants.physics.hierarchicalRepulsion.damping+'\" step=\"0.005\" style=\"width:300px\" id=\"graph_H_damp\"></td><td>0.3</td><td><input value=\"'+this.constants.physics.hierarchicalRepulsion.damping+'\" id=\"graph_H_damp_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">direction</td><td>1</td><td><input type=\"range\" min=\"0\" max=\"3\" value=\"'+hierarchicalLayoutDirections.indexOf(this.constants.hierarchicalLayout.direction)+'\" step=\"1\" style=\"width:300px\" id=\"graph_H_direction\"></td><td>4</td><td><input value=\"'+this.constants.hierarchicalLayout.direction+'\" id=\"graph_H_direction_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">levelSeparation</td><td>1</td><td><input type=\"range\" min=\"0\" max=\"500\" value=\"'+this.constants.hierarchicalLayout.levelSeparation+'\" step=\"1\" style=\"width:300px\" id=\"graph_H_levsep\"></td><td>500</td><td><input value=\"'+this.constants.hierarchicalLayout.levelSeparation+'\" id=\"graph_H_levsep_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"<tr>\"+'<td width=\"150px\">nodeSpacing</td><td>1</td><td><input type=\"range\" min=\"0\" max=\"500\" value=\"'+this.constants.hierarchicalLayout.nodeSpacing+'\" step=\"1\" style=\"width:300px\" id=\"graph_H_nspac\"></td><td>500</td><td><input value=\"'+this.constants.hierarchicalLayout.nodeSpacing+'\" id=\"graph_H_nspac_value\" style=\"width:60px\"></td>'+\"</tr>\"+\"</table>\"+\"<table><tr><td><b>Options:</b></td></tr>\"+\"<tr>\"+'<td width=\"180px\"><input type=\"button\" id=\"graph_toggleSmooth\" value=\"Toggle smoothCurves\" style=\"width:150px\"></td>'+'<td width=\"180px\"><input type=\"button\" id=\"graph_repositionNodes\" value=\"Reinitialize\" style=\"width:150px\"></td>'+'<td width=\"180px\"><input type=\"button\" id=\"graph_generateOptions\" value=\"Generate Options\" style=\"width:150px\"></td>'+\"</tr>\"+\"</table>\";\nthis.containerElement.parentElement.insertBefore(this.physicsConfiguration,this.containerElement);this.optionsDiv=document.createElement(\"div\");this.optionsDiv.style.fontSize=\"14px\";this.optionsDiv.style.fontFamily=\"verdana\";this.containerElement.parentElement.insertBefore(this.optionsDiv,this.containerElement);var rangeElement;rangeElement=document.getElementById(\"graph_BH_gc\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_BH_gc\",-1,\"physics_barnesHut_gravitationalConstant\");rangeElement=document.getElementById(\"graph_BH_cg\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_BH_cg\",1,\"physics_centralGravity\");rangeElement=document.getElementById(\"graph_BH_sc\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_BH_sc\",1,\"physics_springConstant\");rangeElement=document.getElementById(\"graph_BH_sl\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_BH_sl\",1,\"physics_springLength\");rangeElement=document.getElementById(\"graph_BH_damp\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_BH_damp\",1,\"physics_damping\");rangeElement=document.getElementById(\"graph_R_nd\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_R_nd\",1,\"physics_repulsion_nodeDistance\");rangeElement=document.getElementById(\"graph_R_cg\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_R_cg\",1,\"physics_centralGravity\");rangeElement=document.getElementById(\"graph_R_sc\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_R_sc\",1,\"physics_springConstant\");rangeElement=document.getElementById(\"graph_R_sl\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_R_sl\",1,\"physics_springLength\");rangeElement=document.getElementById(\"graph_R_damp\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_R_damp\",1,\"physics_damping\");rangeElement=document.getElementById(\"graph_H_nd\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_nd\",1,\"physics_hierarchicalRepulsion_nodeDistance\");rangeElement=document.getElementById(\"graph_H_cg\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_cg\",1,\"physics_centralGravity\");rangeElement=document.getElementById(\"graph_H_sc\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_sc\",1,\"physics_springConstant\");rangeElement=document.getElementById(\"graph_H_sl\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_sl\",1,\"physics_springLength\");rangeElement=document.getElementById(\"graph_H_damp\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_damp\",1,\"physics_damping\");rangeElement=document.getElementById(\"graph_H_direction\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_direction\",hierarchicalLayoutDirections,\"hierarchicalLayout_direction\");rangeElement=document.getElementById(\"graph_H_levsep\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_levsep\",1,\"hierarchicalLayout_levelSeparation\");rangeElement=document.getElementById(\"graph_H_nspac\");rangeElement.onchange=showValueOfRange.bind(this,\"graph_H_nspac\",1,\"hierarchicalLayout_nodeSpacing\");var radioButton1=document.getElementById(\"graph_physicsMethod1\");var radioButton2=document.getElementById(\"graph_physicsMethod2\");var radioButton3=document.getElementById(\"graph_physicsMethod3\");radioButton2.checked=true;if(this.constants.physics.barnesHut.enabled){radioButton1.checked=true}if(this.constants.hierarchicalLayout.enabled){radioButton3.checked=true}var graph_toggleSmooth=document.getElementById(\"graph_toggleSmooth\");var graph_repositionNodes=document.getElementById(\"graph_repositionNodes\");var graph_generateOptions=document.getElementById(\"graph_generateOptions\");graph_toggleSmooth.onclick=graphToggleSmoothCurves.bind(this);graph_repositionNodes.onclick=graphRepositionNodes.bind(this);graph_generateOptions.onclick=graphGenerateOptions.bind(this);if(this.constants.smoothCurves==true&&this.constants.dynamicSmoothCurves==false){graph_toggleSmooth.style.background=\"#A4FF56\"}else{graph_toggleSmooth.style.background=\"#FF8532\"}switchConfigurations.apply(this);radioButton1.onchange=switchConfigurations.bind(this);radioButton2.onchange=switchConfigurations.bind(this);radioButton3.onchange=switchConfigurations.bind(this)}};exports._overWriteGraphConstants=function(constantsVariableName,value){var nameArray=constantsVariableName.split(\"_\");if(nameArray.length==1){this.constants[nameArray[0]]=value}else if(nameArray.length==2){this.constants[nameArray[0]][nameArray[1]]=value}else if(nameArray.length==3){this.constants[nameArray[0]][nameArray[1]][nameArray[2]]=value}};function graphToggleSmoothCurves(){this.constants.smoothCurves.enabled=!this.constants.smoothCurves.enabled;var graph_toggleSmooth=document.getElementById(\"graph_toggleSmooth\");if(this.constants.smoothCurves.enabled==true){graph_toggleSmooth.style.background=\"#A4FF56\"}else{graph_toggleSmooth.style.background=\"#FF8532\"}this._configureSmoothCurves(false)}function graphRepositionNodes(){for(var nodeId in this.calculationNodes){if(this.calculationNodes.hasOwnProperty(nodeId)){this.calculationNodes[nodeId].vx=0;this.calculationNodes[nodeId].vy=0;this.calculationNodes[nodeId].fx=0;this.calculationNodes[nodeId].fy=0}}if(this.constants.hierarchicalLayout.enabled==true){this._setupHierarchicalLayout();showValueOfRange.call(this,\"graph_H_nd\",1,\"physics_hierarchicalRepulsion_nodeDistance\");showValueOfRange.call(this,\"graph_H_cg\",1,\"physics_centralGravity\");showValueOfRange.call(this,\"graph_H_sc\",1,\"physics_springConstant\");showValueOfRange.call(this,\"graph_H_sl\",1,\"physics_springLength\");showValueOfRange.call(this,\"graph_H_damp\",1,\"physics_damping\")}else{this.repositionNodes()}this.moving=true;this.start()}function graphGenerateOptions(){var options=\"No options are required, default values used.\";var optionsSpecific=[];var radioButton1=document.getElementById(\"graph_physicsMethod1\");var radioButton2=document.getElementById(\"graph_physicsMethod2\");if(radioButton1.checked==true){if(this.constants.physics.barnesHut.gravitationalConstant!=this.backupConstants.physics.barnesHut.gravitationalConstant){optionsSpecific.push(\"gravitationalConstant: \"+this.constants.physics.barnesHut.gravitationalConstant)}if(this.constants.physics.centralGravity!=this.backupConstants.physics.barnesHut.centralGravity){optionsSpecific.push(\"centralGravity: \"+this.constants.physics.centralGravity)}if(this.constants.physics.springLength!=this.backupConstants.physics.barnesHut.springLength){optionsSpecific.push(\"springLength: \"+this.constants.physics.springLength)}if(this.constants.physics.springConstant!=this.backupConstants.physics.barnesHut.springConstant){optionsSpecific.push(\"springConstant: \"+this.constants.physics.springConstant)}if(this.constants.physics.damping!=this.backupConstants.physics.barnesHut.damping){optionsSpecific.push(\"damping: \"+this.constants.physics.damping)}if(optionsSpecific.length!=0){options=\"var options = {\";options+=\"physics: {barnesHut: {\";for(var i=0;i<optionsSpecific.length;i++){options+=optionsSpecific[i];if(i<optionsSpecific.length-1){options+=\", \"}}options+=\"}}\"}if(this.constants.smoothCurves.enabled!=this.backupConstants.smoothCurves.enabled){if(optionsSpecific.length==0){options=\"var options = {\"}else{options+=\", \"}options+=\"smoothCurves: \"+this.constants.smoothCurves.enabled}if(options!=\"No options are required, default values used.\"){options+=\"};\"}}else if(radioButton2.checked==true){options=\"var options = {\";options+=\"physics: {barnesHut: {enabled: false}\";if(this.constants.physics.repulsion.nodeDistance!=this.backupConstants.physics.repulsion.nodeDistance){optionsSpecific.push(\"nodeDistance: \"+this.constants.physics.repulsion.nodeDistance)}if(this.constants.physics.centralGravity!=this.backupConstants.physics.repulsion.centralGravity){optionsSpecific.push(\"centralGravity: \"+this.constants.physics.centralGravity)}if(this.constants.physics.springLength!=this.backupConstants.physics.repulsion.springLength){optionsSpecific.push(\"springLength: \"+this.constants.physics.springLength)}if(this.constants.physics.springConstant!=this.backupConstants.physics.repulsion.springConstant){optionsSpecific.push(\"springConstant: \"+this.constants.physics.springConstant)}if(this.constants.physics.damping!=this.backupConstants.physics.repulsion.damping){optionsSpecific.push(\"damping: \"+this.constants.physics.damping)}if(optionsSpecific.length!=0){options+=\", repulsion: {\";for(var i=0;i<optionsSpecific.length;i++){options+=optionsSpecific[i];if(i<optionsSpecific.length-1){options+=\", \"}}options+=\"}}\"}if(optionsSpecific.length==0){options+=\"}\"}if(this.constants.smoothCurves!=this.backupConstants.smoothCurves){options+=\", smoothCurves: \"+this.constants.smoothCurves}options+=\"};\"}else{options=\"var options = {\";if(this.constants.physics.hierarchicalRepulsion.nodeDistance!=this.backupConstants.physics.hierarchicalRepulsion.nodeDistance){optionsSpecific.push(\"nodeDistance: \"+this.constants.physics.hierarchicalRepulsion.nodeDistance)}if(this.constants.physics.centralGravity!=this.backupConstants.physics.hierarchicalRepulsion.centralGravity){optionsSpecific.push(\"centralGravity: \"+this.constants.physics.centralGravity)}if(this.constants.physics.springLength!=this.backupConstants.physics.hierarchicalRepulsion.springLength){optionsSpecific.push(\"springLength: \"+this.constants.physics.springLength)}if(this.constants.physics.springConstant!=this.backupConstants.physics.hierarchicalRepulsion.springConstant){optionsSpecific.push(\"springConstant: \"+this.constants.physics.springConstant)}if(this.constants.physics.damping!=this.backupConstants.physics.hierarchicalRepulsion.damping){optionsSpecific.push(\"damping: \"+this.constants.physics.damping)}if(optionsSpecific.length!=0){options+=\"physics: {hierarchicalRepulsion: {\";for(var i=0;i<optionsSpecific.length;i++){options+=optionsSpecific[i];if(i<optionsSpecific.length-1){options+=\", \"}}options+=\"}},\"}options+=\"hierarchicalLayout: {\";optionsSpecific=[];if(this.constants.hierarchicalLayout.direction!=this.backupConstants.hierarchicalLayout.direction){optionsSpecific.push(\"direction: \"+this.constants.hierarchicalLayout.direction)}if(Math.abs(this.constants.hierarchicalLayout.levelSeparation)!=this.backupConstants.hierarchicalLayout.levelSeparation){optionsSpecific.push(\"levelSeparation: \"+this.constants.hierarchicalLayout.levelSeparation)}if(this.constants.hierarchicalLayout.nodeSpacing!=this.backupConstants.hierarchicalLayout.nodeSpacing){optionsSpecific.push(\"nodeSpacing: \"+this.constants.hierarchicalLayout.nodeSpacing)}if(optionsSpecific.length!=0){for(var i=0;i<optionsSpecific.length;i++){options+=optionsSpecific[i];if(i<optionsSpecific.length-1){options+=\", \"}}options+=\"}\"}else{options+=\"enabled:true}\"}options+=\"};\"}this.optionsDiv.innerHTML=options}function switchConfigurations(){var ids=[\"graph_BH_table\",\"graph_R_table\",\"graph_H_table\"];var radioButton=document.querySelector('input[name=\"graph_physicsMethod\"]:checked').value;var tableId=\"graph_\"+radioButton+\"_table\";var table=document.getElementById(tableId);table.style.display=\"block\";for(var i=0;i<ids.length;i++){if(ids[i]!=tableId){table=document.getElementById(ids[i]);table.style.display=\"none\"}}this._restoreNodes();if(radioButton==\"R\"){this.constants.hierarchicalLayout.enabled=false;this.constants.physics.hierarchicalRepulsion.enabled=false;this.constants.physics.barnesHut.enabled=false}else if(radioButton==\"H\"){if(this.constants.hierarchicalLayout.enabled==false){this.constants.hierarchicalLayout.enabled=true;this.constants.physics.hierarchicalRepulsion.enabled=true;this.constants.physics.barnesHut.enabled=false;this.constants.smoothCurves.enabled=false;this._setupHierarchicalLayout()}}else{this.constants.hierarchicalLayout.enabled=false;this.constants.physics.hierarchicalRepulsion.enabled=false;this.constants.physics.barnesHut.enabled=true}this._loadSelectedForceSolver();var graph_toggleSmooth=document.getElementById(\"graph_toggleSmooth\");if(this.constants.smoothCurves.enabled==true){graph_toggleSmooth.style.background=\"#A4FF56\"}else{graph_toggleSmooth.style.background=\"#FF8532\"}this.moving=true;this.start()}function showValueOfRange(id,map,constantsVariableName){var valueId=id+\"_value\";var rangeValue=document.getElementById(id).value;if(Array.isArray(map)){document.getElementById(valueId).value=map[parseInt(rangeValue)];this._overWriteGraphConstants(constantsVariableName,map[parseInt(rangeValue)])}else{document.getElementById(valueId).value=parseInt(map)*parseFloat(rangeValue);this._overWriteGraphConstants(constantsVariableName,parseInt(map)*parseFloat(rangeValue))}if(constantsVariableName==\"hierarchicalLayout_direction\"||constantsVariableName==\"hierarchicalLayout_levelSeparation\"||constantsVariableName==\"hierarchicalLayout_nodeSpacing\"){this._setupHierarchicalLayout()}this.moving=true;this.start()}},function(module,exports,__webpack_require__){exports.startWithClustering=function(){this.clusterToFit(this.constants.clustering.initialMaxNodes,true);this.updateLabels();if(this.stabilize){this._stabilize()}this.start()};exports.clusterToFit=function(maxNumberOfNodes,reposition){var numberOfNodes=this.nodeIndices.length;var maxLevels=50;var level=0;while(numberOfNodes>maxNumberOfNodes&&level<maxLevels){if(level%3==0){this.forceAggregateHubs(true);this.normalizeClusterLevels()}else{this.increaseClusterLevel()}numberOfNodes=this.nodeIndices.length;level+=1}if(level>0&&reposition==true){this.repositionNodes()}this._updateCalculationNodes()};exports.openCluster=function(node){var isMovingBeforeClustering=this.moving;if(node.clusterSize>this.constants.clustering.sectorThreshold&&this._nodeInActiveArea(node)&&!(this._sector()==\"default\"&&this.nodeIndices.length==1)){this._addSector(node);var level=0;while(this.nodeIndices.length<this.constants.clustering.initialMaxNodes&&level<10){this.decreaseClusterLevel();level+=1}}else{this._expandClusterNode(node,false,true);this._updateNodeIndexList();this._updateDynamicEdges();this._updateCalculationNodes();this.updateLabels()}if(this.moving!=isMovingBeforeClustering){this.start()}};exports.updateClustersDefault=function(){if(this.constants.clustering.enabled==true){this.updateClusters(0,false,false)}};exports.increaseClusterLevel=function(){this.updateClusters(-1,false,true)};exports.decreaseClusterLevel=function(){this.updateClusters(1,false,true)};exports.updateClusters=function(zoomDirection,recursive,force,doNotStart){var isMovingBeforeClustering=this.moving;var amountOfNodes=this.nodeIndices.length;if(this.previousScale>this.scale&&zoomDirection==0){this._collapseSector()}if(this.previousScale>this.scale||zoomDirection==-1){this._formClusters(force)}else if(this.previousScale<this.scale||zoomDirection==1){if(force==true){this._openClusters(recursive,force)}else{this._openClustersBySize()}}this._updateNodeIndexList();if(this.nodeIndices.length==amountOfNodes&&(this.previousScale>this.scale||zoomDirection==-1)){this._aggregateHubs(force);this._updateNodeIndexList()}if(this.previousScale>this.scale||zoomDirection==-1){this.handleChains();this._updateNodeIndexList()}this.previousScale=this.scale;this._updateDynamicEdges();this.updateLabels();if(this.nodeIndices.length<amountOfNodes){this.clusterSession+=1;this.normalizeClusterLevels()}if(doNotStart==false||doNotStart===undefined){if(this.moving!=isMovingBeforeClustering){this.start()}}this._updateCalculationNodes()};exports.handleChains=function(){var chainPercentage=this._getChainFraction();if(chainPercentage>this.constants.clustering.chainThreshold){this._reduceAmountOfChains(1-this.constants.clustering.chainThreshold/chainPercentage)}};exports._aggregateHubs=function(force){this._getHubSize();this._formClustersByHub(force,false)};exports.forceAggregateHubs=function(doNotStart){var isMovingBeforeClustering=this.moving;var amountOfNodes=this.nodeIndices.length;this._aggregateHubs(true);this._updateNodeIndexList();this._updateDynamicEdges();this.updateLabels();if(this.nodeIndices.length!=amountOfNodes){this.clusterSession+=1}if(doNotStart==false||doNotStart===undefined){if(this.moving!=isMovingBeforeClustering){this.start()}}};exports._openClustersBySize=function(){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var node=this.nodes[nodeId];if(node.inView()==true){if(node.width*this.scale>this.constants.clustering.screenSizeThreshold*this.frame.canvas.clientWidth||node.height*this.scale>this.constants.clustering.screenSizeThreshold*this.frame.canvas.clientHeight){this.openCluster(node)}}}}};exports._openClusters=function(recursive,force){for(var i=0;i<this.nodeIndices.length;i++){var node=this.nodes[this.nodeIndices[i]];this._expandClusterNode(node,recursive,force);this._updateCalculationNodes()}};exports._expandClusterNode=function(parentNode,recursive,force,openAll){if(parentNode.clusterSize>1){if(parentNode.clusterSize<this.constants.clustering.sectorThreshold){openAll=true}recursive=openAll?true:recursive;if(parentNode.formationScale<this.scale||force==true){for(var containedNodeId in parentNode.containedNodes){if(parentNode.containedNodes.hasOwnProperty(containedNodeId)){var childNode=parentNode.containedNodes[containedNodeId];if(force==true){if(childNode.clusterSession==parentNode.clusterSessions[parentNode.clusterSessions.length-1]||openAll){this._expelChildFromParent(parentNode,containedNodeId,recursive,force,openAll)}}else{if(this._nodeInActiveArea(parentNode)){this._expelChildFromParent(parentNode,containedNodeId,recursive,force,openAll)}}}}}}};exports._expelChildFromParent=function(parentNode,containedNodeId,recursive,force,openAll){var childNode=parentNode.containedNodes[containedNodeId];if(childNode.formationScale<this.scale||force==true){this._unselectAll();this.nodes[containedNodeId]=childNode;this._releaseContainedEdges(parentNode,childNode);this._connectEdgeBackToChild(parentNode,childNode);this._validateEdges(parentNode);parentNode.options.mass-=childNode.options.mass;parentNode.clusterSize-=childNode.clusterSize;parentNode.options.fontSize=Math.min(this.constants.clustering.maxFontSize,this.constants.nodes.fontSize+this.constants.clustering.fontSizeMultiplier*(parentNode.clusterSize-1));parentNode.dynamicEdgesLength=parentNode.dynamicEdges.length;childNode.x=parentNode.x+parentNode.growthIndicator*(.5-Math.random());childNode.y=parentNode.y+parentNode.growthIndicator*(.5-Math.random());delete parentNode.containedNodes[containedNodeId];var othersPresent=false;for(var childNodeId in parentNode.containedNodes){if(parentNode.containedNodes.hasOwnProperty(childNodeId)){if(parentNode.containedNodes[childNodeId].clusterSession==childNode.clusterSession){othersPresent=true;break}}}if(othersPresent==false){parentNode.clusterSessions.pop()}this._repositionBezierNodes(childNode);childNode.clusterSession=0;parentNode.clearSizeCache();this.moving=true}if(recursive==true){this._expandClusterNode(childNode,recursive,force,openAll)}};exports._repositionBezierNodes=function(node){for(var i=0;i<node.dynamicEdges.length;i++){node.dynamicEdges[i].positionBezierNode()}};exports._formClusters=function(force){if(force==false){this._formClustersByZoom()}else{this._forceClustersByZoom()}};exports._formClustersByZoom=function(){var dx,dy,length,minLength=this.constants.clustering.clusterEdgeThreshold/this.scale;for(var edgeId in this.edges){if(this.edges.hasOwnProperty(edgeId)){var edge=this.edges[edgeId];if(edge.connected){if(edge.toId!=edge.fromId){dx=edge.to.x-edge.from.x;dy=edge.to.y-edge.from.y;length=Math.sqrt(dx*dx+dy*dy);if(length<minLength){var parentNode=edge.from;var childNode=edge.to;if(edge.to.options.mass>edge.from.options.mass){parentNode=edge.to;childNode=edge.from}if(childNode.dynamicEdgesLength==1){this._addToCluster(parentNode,childNode,false)}else if(parentNode.dynamicEdgesLength==1){this._addToCluster(childNode,parentNode,false)}}}}}}};exports._forceClustersByZoom=function(){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var childNode=this.nodes[nodeId];if(childNode.dynamicEdgesLength==1&&childNode.dynamicEdges.length!=0){var edge=childNode.dynamicEdges[0];var parentNode=edge.toId==childNode.id?this.nodes[edge.fromId]:this.nodes[edge.toId];if(childNode.id!=parentNode.id){if(parentNode.options.mass>childNode.options.mass){this._addToCluster(parentNode,childNode,true)}else{this._addToCluster(childNode,parentNode,true)}}}}}};exports._clusterToSmallestNeighbour=function(node){var smallestNeighbour=-1;var smallestNeighbourNode=null;for(var i=0;i<node.dynamicEdges.length;i++){if(node.dynamicEdges[i]!==undefined){var neighbour=null;if(node.dynamicEdges[i].fromId!=node.id){neighbour=node.dynamicEdges[i].from}else if(node.dynamicEdges[i].toId!=node.id){neighbour=node.dynamicEdges[i].to}if(neighbour!=null&&smallestNeighbour>neighbour.clusterSessions.length){smallestNeighbour=neighbour.clusterSessions.length;smallestNeighbourNode=neighbour}}}if(neighbour!=null&&this.nodes[neighbour.id]!==undefined){this._addToCluster(neighbour,node,true)}};exports._formClustersByHub=function(force,onlyEqual){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){this._formClusterFromHub(this.nodes[nodeId],force,onlyEqual)}}};exports._formClusterFromHub=function(hubNode,force,onlyEqual,absorptionSizeOffset){if(absorptionSizeOffset===undefined){absorptionSizeOffset=0}if(hubNode.dynamicEdgesLength>=this.hubThreshold&&onlyEqual==false||hubNode.dynamicEdgesLength==this.hubThreshold&&onlyEqual==true){var dx,dy,length;var minLength=this.constants.clustering.clusterEdgeThreshold/this.scale;var allowCluster=false;var edgesIdarray=[];var amountOfInitialEdges=hubNode.dynamicEdges.length;for(var j=0;j<amountOfInitialEdges;j++){edgesIdarray.push(hubNode.dynamicEdges[j].id)}if(force==false){allowCluster=false;for(j=0;j<amountOfInitialEdges;j++){var edge=this.edges[edgesIdarray[j]];if(edge!==undefined){if(edge.connected){if(edge.toId!=edge.fromId){dx=edge.to.x-edge.from.x;dy=edge.to.y-edge.from.y;length=Math.sqrt(dx*dx+dy*dy);if(length<minLength){allowCluster=true;break}}}}}}if(!force&&allowCluster||force){for(j=0;j<amountOfInitialEdges;j++){edge=this.edges[edgesIdarray[j]];if(edge!==undefined){var childNode=this.nodes[edge.fromId==hubNode.id?edge.toId:edge.fromId];if(childNode.dynamicEdges.length<=this.hubThreshold+absorptionSizeOffset&&childNode.id!=hubNode.id){this._addToCluster(hubNode,childNode,force)}}}}}};exports._addToCluster=function(parentNode,childNode,force){parentNode.containedNodes[childNode.id]=childNode;for(var i=0;i<childNode.dynamicEdges.length;i++){var edge=childNode.dynamicEdges[i];if(edge.toId==parentNode.id||edge.fromId==parentNode.id){this._addToContainedEdges(parentNode,childNode,edge)}else{this._connectEdgeToCluster(parentNode,childNode,edge)}}childNode.dynamicEdges=[];this._containCircularEdgesFromNode(parentNode,childNode);delete this.nodes[childNode.id];var massBefore=parentNode.options.mass;childNode.clusterSession=this.clusterSession;parentNode.options.mass+=childNode.options.mass;parentNode.clusterSize+=childNode.clusterSize;parentNode.options.fontSize=Math.min(this.constants.clustering.maxFontSize,this.constants.nodes.fontSize+this.constants.clustering.fontSizeMultiplier*parentNode.clusterSize);if(parentNode.clusterSessions[parentNode.clusterSessions.length-1]!=this.clusterSession){parentNode.clusterSessions.push(this.clusterSession)}if(force==true){parentNode.formationScale=0}else{parentNode.formationScale=this.scale}parentNode.clearSizeCache();parentNode.containedNodes[childNode.id].formationScale=parentNode.formationScale;childNode.clearVelocity();parentNode.updateVelocity(massBefore);this.moving=true};exports._updateDynamicEdges=function(){for(var i=0;i<this.nodeIndices.length;i++){var node=this.nodes[this.nodeIndices[i]];node.dynamicEdgesLength=node.dynamicEdges.length;var correction=0;if(node.dynamicEdgesLength>1){for(var j=0;j<node.dynamicEdgesLength-1;j++){var edgeToId=node.dynamicEdges[j].toId;var edgeFromId=node.dynamicEdges[j].fromId;for(var k=j+1;k<node.dynamicEdgesLength;k++){if(node.dynamicEdges[k].toId==edgeToId&&node.dynamicEdges[k].fromId==edgeFromId||node.dynamicEdges[k].fromId==edgeToId&&node.dynamicEdges[k].toId==edgeFromId){correction+=1}}}}node.dynamicEdgesLength-=correction}};exports._addToContainedEdges=function(parentNode,childNode,edge){if(!parentNode.containedEdges.hasOwnProperty(childNode.id)){parentNode.containedEdges[childNode.id]=[]}parentNode.containedEdges[childNode.id].push(edge);delete this.edges[edge.id];for(var i=0;i<parentNode.dynamicEdges.length;i++){if(parentNode.dynamicEdges[i].id==edge.id){parentNode.dynamicEdges.splice(i,1);break}}};exports._connectEdgeToCluster=function(parentNode,childNode,edge){if(edge.toId==edge.fromId){this._addToContainedEdges(parentNode,childNode,edge)}else{if(edge.toId==childNode.id){edge.originalToId.push(childNode.id);edge.to=parentNode;edge.toId=parentNode.id}else{edge.originalFromId.push(childNode.id);edge.from=parentNode;edge.fromId=parentNode.id}this._addToReroutedEdges(parentNode,childNode,edge)}};exports._containCircularEdgesFromNode=function(parentNode,childNode){for(var i=0;i<parentNode.dynamicEdges.length;i++){var edge=parentNode.dynamicEdges[i];if(edge.toId==edge.fromId){this._addToContainedEdges(parentNode,childNode,edge)}}};exports._addToReroutedEdges=function(parentNode,childNode,edge){if(!parentNode.reroutedEdges.hasOwnProperty(childNode.id)){parentNode.reroutedEdges[childNode.id]=[]}parentNode.reroutedEdges[childNode.id].push(edge);parentNode.dynamicEdges.push(edge)};exports._connectEdgeBackToChild=function(parentNode,childNode){if(parentNode.reroutedEdges.hasOwnProperty(childNode.id)){for(var i=0;i<parentNode.reroutedEdges[childNode.id].length;i++){var edge=parentNode.reroutedEdges[childNode.id][i];if(edge.originalFromId[edge.originalFromId.length-1]==childNode.id){edge.originalFromId.pop();edge.fromId=childNode.id;edge.from=childNode}else{edge.originalToId.pop();edge.toId=childNode.id;edge.to=childNode}childNode.dynamicEdges.push(edge);for(var j=0;j<parentNode.dynamicEdges.length;j++){if(parentNode.dynamicEdges[j].id==edge.id){parentNode.dynamicEdges.splice(j,1);break}}}delete parentNode.reroutedEdges[childNode.id]}};exports._validateEdges=function(parentNode){for(var i=0;i<parentNode.dynamicEdges.length;i++){var edge=parentNode.dynamicEdges[i];if(parentNode.id!=edge.toId&&parentNode.id!=edge.fromId){parentNode.dynamicEdges.splice(i,1)}}};exports._releaseContainedEdges=function(parentNode,childNode){for(var i=0;i<parentNode.containedEdges[childNode.id].length;i++){var edge=parentNode.containedEdges[childNode.id][i];this.edges[edge.id]=edge;childNode.dynamicEdges.push(edge);parentNode.dynamicEdges.push(edge)}delete parentNode.containedEdges[childNode.id]};exports.updateLabels=function(){var nodeId;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var node=this.nodes[nodeId];if(node.clusterSize>1){node.label=\"[\".concat(String(node.clusterSize),\"]\")}}}for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];if(node.clusterSize==1){if(node.originalLabel!==undefined){node.label=node.originalLabel}else{node.label=String(node.id)}}}}};exports.normalizeClusterLevels=function(){var maxLevel=0;var minLevel=1e9;var clusterLevel=0;var nodeId;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){clusterLevel=this.nodes[nodeId].clusterSessions.length;if(maxLevel<clusterLevel){maxLevel=clusterLevel}if(minLevel>clusterLevel){minLevel=clusterLevel}}}if(maxLevel-minLevel>this.constants.clustering.clusterLevelDifference){var amountOfNodes=this.nodeIndices.length;var targetLevel=maxLevel-this.constants.clustering.clusterLevelDifference;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){if(this.nodes[nodeId].clusterSessions.length<targetLevel){this._clusterToSmallestNeighbour(this.nodes[nodeId])}}}this._updateNodeIndexList();this._updateDynamicEdges();if(this.nodeIndices.length!=amountOfNodes){this.clusterSession+=1}}};exports._nodeInActiveArea=function(node){return Math.abs(node.x-this.areaCenter.x)<=this.constants.clustering.activeAreaBoxSize/this.scale&&Math.abs(node.y-this.areaCenter.y)<=this.constants.clustering.activeAreaBoxSize/this.scale};exports.repositionNodes=function(){for(var i=0;i<this.nodeIndices.length;i++){var node=this.nodes[this.nodeIndices[i]];if(node.xFixed==false||node.yFixed==false){var radius=10*.1*this.nodeIndices.length*Math.min(100,node.options.mass);var angle=2*Math.PI*Math.random();if(node.xFixed==false){node.x=radius*Math.cos(angle)}if(node.yFixed==false){node.y=radius*Math.sin(angle)}this._repositionBezierNodes(node)}}};exports._getHubSize=function(){var average=0;var averageSquared=0;var hubCounter=0;var largestHub=0;for(var i=0;i<this.nodeIndices.length;i++){var node=this.nodes[this.nodeIndices[i]];if(node.dynamicEdgesLength>largestHub){largestHub=node.dynamicEdgesLength}average+=node.dynamicEdgesLength;averageSquared+=Math.pow(node.dynamicEdgesLength,2);hubCounter+=1}average=average/hubCounter;averageSquared=averageSquared/hubCounter;var variance=averageSquared-Math.pow(average,2);var standardDeviation=Math.sqrt(variance);this.hubThreshold=Math.floor(average+2*standardDeviation);if(this.hubThreshold>largestHub){this.hubThreshold=largestHub}};exports._reduceAmountOfChains=function(fraction){this.hubThreshold=2;var reduceAmount=Math.floor(this.nodeIndices.length*fraction);for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){if(this.nodes[nodeId].dynamicEdgesLength==2&&this.nodes[nodeId].dynamicEdges.length>=2){if(reduceAmount>0){this._formClusterFromHub(this.nodes[nodeId],true,true,1);reduceAmount-=1}}}}};exports._getChainFraction=function(){var chains=0;var total=0;for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){if(this.nodes[nodeId].dynamicEdgesLength==2&&this.nodes[nodeId].dynamicEdges.length>=2){chains+=1}total+=1}}return chains/total}},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Node=__webpack_require__(40);exports._putDataInSector=function(){this.sectors[\"active\"][this._sector()].nodes=this.nodes;this.sectors[\"active\"][this._sector()].edges=this.edges;this.sectors[\"active\"][this._sector()].nodeIndices=this.nodeIndices};exports._switchToSector=function(sectorId,sectorType){if(sectorType===undefined||sectorType==\"active\"){this._switchToActiveSector(sectorId)}else{this._switchToFrozenSector(sectorId)}};exports._switchToActiveSector=function(sectorId){this.nodeIndices=this.sectors[\"active\"][sectorId][\"nodeIndices\"];this.nodes=this.sectors[\"active\"][sectorId][\"nodes\"];this.edges=this.sectors[\"active\"][sectorId][\"edges\"]};exports._switchToSupportSector=function(){this.nodeIndices=this.sectors[\"support\"][\"nodeIndices\"];this.nodes=this.sectors[\"support\"][\"nodes\"];this.edges=this.sectors[\"support\"][\"edges\"]};exports._switchToFrozenSector=function(sectorId){this.nodeIndices=this.sectors[\"frozen\"][sectorId][\"nodeIndices\"];this.nodes=this.sectors[\"frozen\"][sectorId][\"nodes\"];this.edges=this.sectors[\"frozen\"][sectorId][\"edges\"]};exports._loadLatestSector=function(){this._switchToSector(this._sector())};exports._sector=function(){return this.activeSector[this.activeSector.length-1]};exports._previousSector=function(){if(this.activeSector.length>1){return this.activeSector[this.activeSector.length-2]}else{throw new TypeError(\"there are not enough sectors in the this.activeSector array.\")}};exports._setActiveSector=function(newId){this.activeSector.push(newId)};exports._forgetLastSector=function(){this.activeSector.pop()};exports._createNewSector=function(newId){this.sectors[\"active\"][newId]={nodes:{},edges:{},nodeIndices:[],formationScale:this.scale,drawingNode:undefined};this.sectors[\"active\"][newId][\"drawingNode\"]=new Node({id:newId,color:{background:\"#eaefef\",border:\"495c5e\"}},{},{},this.constants);this.sectors[\"active\"][newId][\"drawingNode\"].clusterSize=2};exports._deleteActiveSector=function(sectorId){delete this.sectors[\"active\"][sectorId]};exports._deleteFrozenSector=function(sectorId){delete this.sectors[\"frozen\"][sectorId]};exports._freezeSector=function(sectorId){this.sectors[\"frozen\"][sectorId]=this.sectors[\"active\"][sectorId];this._deleteActiveSector(sectorId)\n};exports._activateSector=function(sectorId){this.sectors[\"active\"][sectorId]=this.sectors[\"frozen\"][sectorId];this._deleteFrozenSector(sectorId)};exports._mergeThisWithFrozen=function(sectorId){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){this.sectors[\"frozen\"][sectorId][\"nodes\"][nodeId]=this.nodes[nodeId]}}for(var edgeId in this.edges){if(this.edges.hasOwnProperty(edgeId)){this.sectors[\"frozen\"][sectorId][\"edges\"][edgeId]=this.edges[edgeId]}}for(var i=0;i<this.nodeIndices.length;i++){this.sectors[\"frozen\"][sectorId][\"nodeIndices\"].push(this.nodeIndices[i])}};exports._collapseThisToSingleCluster=function(){this.clusterToFit(1,false)};exports._addSector=function(node){var sector=this._sector();delete this.nodes[node.id];var unqiueIdentifier=util.randomUUID();this._freezeSector(sector);this._createNewSector(unqiueIdentifier);this._setActiveSector(unqiueIdentifier);this._switchToSector(this._sector());this.nodes[node.id]=node};exports._collapseSector=function(){var sector=this._sector();if(sector!=\"default\"){if(this.nodeIndices.length==1||this.sectors[\"active\"][sector][\"drawingNode\"].width*this.scale<this.constants.clustering.screenSizeThreshold*this.frame.canvas.clientWidth||this.sectors[\"active\"][sector][\"drawingNode\"].height*this.scale<this.constants.clustering.screenSizeThreshold*this.frame.canvas.clientHeight){var previousSector=this._previousSector();this._collapseThisToSingleCluster();this._mergeThisWithFrozen(previousSector);this._deleteActiveSector(sector);this._activateSector(previousSector);this._switchToSector(previousSector);this._forgetLastSector();this._updateNodeIndexList();this._updateCalculationNodes()}}};exports._doInAllActiveSectors=function(runFunction,argument){var returnValues=[];if(argument===undefined){for(var sector in this.sectors[\"active\"]){if(this.sectors[\"active\"].hasOwnProperty(sector)){this._switchToActiveSector(sector);returnValues.push(this[runFunction]())}}}else{for(var sector in this.sectors[\"active\"]){if(this.sectors[\"active\"].hasOwnProperty(sector)){this._switchToActiveSector(sector);var args=Array.prototype.splice.call(arguments,1);if(args.length>1){returnValues.push(this[runFunction](args[0],args[1]))}else{returnValues.push(this[runFunction](argument))}}}}this._loadLatestSector();return returnValues};exports._doInSupportSector=function(runFunction,argument){var returnValues=false;if(argument===undefined){this._switchToSupportSector();returnValues=this[runFunction]()}else{this._switchToSupportSector();var args=Array.prototype.splice.call(arguments,1);if(args.length>1){returnValues=this[runFunction](args[0],args[1])}else{returnValues=this[runFunction](argument)}}this._loadLatestSector();return returnValues};exports._doInAllFrozenSectors=function(runFunction,argument){if(argument===undefined){for(var sector in this.sectors[\"frozen\"]){if(this.sectors[\"frozen\"].hasOwnProperty(sector)){this._switchToFrozenSector(sector);this[runFunction]()}}}else{for(var sector in this.sectors[\"frozen\"]){if(this.sectors[\"frozen\"].hasOwnProperty(sector)){this._switchToFrozenSector(sector);var args=Array.prototype.splice.call(arguments,1);if(args.length>1){this[runFunction](args[0],args[1])}else{this[runFunction](argument)}}}}this._loadLatestSector()};exports._doInAllSectors=function(runFunction,argument){var args=Array.prototype.splice.call(arguments,1);if(argument===undefined){this._doInAllActiveSectors(runFunction);this._doInAllFrozenSectors(runFunction)}else{if(args.length>1){this._doInAllActiveSectors(runFunction,args[0],args[1]);this._doInAllFrozenSectors(runFunction,args[0],args[1])}else{this._doInAllActiveSectors(runFunction,argument);this._doInAllFrozenSectors(runFunction,argument)}}};exports._clearNodeIndexList=function(){var sector=this._sector();this.sectors[\"active\"][sector][\"nodeIndices\"]=[];this.nodeIndices=this.sectors[\"active\"][sector][\"nodeIndices\"]};exports._drawSectorNodes=function(ctx,sectorType){var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;for(var sector in this.sectors[sectorType]){if(this.sectors[sectorType].hasOwnProperty(sector)){if(this.sectors[sectorType][sector][\"drawingNode\"]!==undefined){this._switchToSector(sector,sectorType);minY=1e9;maxY=-1e9;minX=1e9;maxX=-1e9;for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];node.resize(ctx);if(minX>node.x-.5*node.width){minX=node.x-.5*node.width}if(maxX<node.x+.5*node.width){maxX=node.x+.5*node.width}if(minY>node.y-.5*node.height){minY=node.y-.5*node.height}if(maxY<node.y+.5*node.height){maxY=node.y+.5*node.height}}}node=this.sectors[sectorType][sector][\"drawingNode\"];node.x=.5*(maxX+minX);node.y=.5*(maxY+minY);node.width=2*(node.x-minX);node.height=2*(node.y-minY);node.options.radius=Math.sqrt(Math.pow(.5*node.width,2)+Math.pow(.5*node.height,2));node.setScale(this.scale);node._drawCircle(ctx)}}}};exports._drawAllSectorNodes=function(ctx){this._drawSectorNodes(ctx,\"frozen\");this._drawSectorNodes(ctx,\"active\");this._loadLatestSector()}},function(module,exports,__webpack_require__){var Node=__webpack_require__(40);exports._getNodesOverlappingWith=function(object,overlappingNodes){var nodes=this.nodes;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].isOverlappingWith(object)){overlappingNodes.push(nodeId)}}}};exports._getAllNodesOverlappingWith=function(object){var overlappingNodes=[];this._doInAllActiveSectors(\"_getNodesOverlappingWith\",object,overlappingNodes);return overlappingNodes};exports._pointerToPositionObject=function(pointer){var x=this._XconvertDOMtoCanvas(pointer.x);var y=this._YconvertDOMtoCanvas(pointer.y);return{left:x,top:y,right:x,bottom:y}};exports._getNodeAt=function(pointer){var positionObject=this._pointerToPositionObject(pointer);var overlappingNodes=this._getAllNodesOverlappingWith(positionObject);if(overlappingNodes.length>0){return this.nodes[overlappingNodes[overlappingNodes.length-1]]}else{return null}};exports._getEdgesOverlappingWith=function(object,overlappingEdges){var edges=this.edges;for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].isOverlappingWith(object)){overlappingEdges.push(edgeId)}}}};exports._getAllEdgesOverlappingWith=function(object){var overlappingEdges=[];this._doInAllActiveSectors(\"_getEdgesOverlappingWith\",object,overlappingEdges);return overlappingEdges};exports._getEdgeAt=function(pointer){var positionObject=this._pointerToPositionObject(pointer);var overlappingEdges=this._getAllEdgesOverlappingWith(positionObject);if(overlappingEdges.length>0){return this.edges[overlappingEdges[overlappingEdges.length-1]]}else{return null}};exports._addToSelection=function(obj){if(obj instanceof Node){this.selectionObj.nodes[obj.id]=obj}else{this.selectionObj.edges[obj.id]=obj}};exports._addToHover=function(obj){if(obj instanceof Node){this.hoverObj.nodes[obj.id]=obj}else{this.hoverObj.edges[obj.id]=obj}};exports._removeFromSelection=function(obj){if(obj instanceof Node){delete this.selectionObj.nodes[obj.id]}else{delete this.selectionObj.edges[obj.id]}};exports._unselectAll=function(doNotTrigger){if(doNotTrigger===undefined){doNotTrigger=false}for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){this.selectionObj.nodes[nodeId].unselect()}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){this.selectionObj.edges[edgeId].unselect()}}this.selectionObj={nodes:{},edges:{}};if(doNotTrigger==false){this.emit(\"select\",this.getSelection())}};exports._unselectClusters=function(doNotTrigger){if(doNotTrigger===undefined){doNotTrigger=false}for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){this.selectionObj.nodes[nodeId].unselect();this._removeFromSelection(this.selectionObj.nodes[nodeId])}}}if(doNotTrigger==false){this.emit(\"select\",this.getSelection())}};exports._getSelectedNodeCount=function(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}return count};exports._getSelectedNode=function(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return this.selectionObj.nodes[nodeId]}}return null};exports._getSelectedEdge=function(){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return this.selectionObj.edges[edgeId]}}return null};exports._getSelectedEdgeCount=function(){var count=0;for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count};exports._getSelectedObjectCount=function(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count};exports._selectionIsEmpty=function(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return false}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return false}}return true};exports._clusterInSelection=function(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){return true}}}return false};exports._selectConnectedEdges=function(node){for(var i=0;i<node.dynamicEdges.length;i++){var edge=node.dynamicEdges[i];edge.select();this._addToSelection(edge)}};exports._hoverConnectedEdges=function(node){for(var i=0;i<node.dynamicEdges.length;i++){var edge=node.dynamicEdges[i];edge.hover=true;this._addToHover(edge)}};exports._unselectConnectedEdges=function(node){for(var i=0;i<node.dynamicEdges.length;i++){var edge=node.dynamicEdges[i];edge.unselect();this._removeFromSelection(edge)}};exports._selectObject=function(object,append,doNotTrigger,highlightEdges,overrideSelectable){if(doNotTrigger===undefined){doNotTrigger=false}if(highlightEdges===undefined){highlightEdges=true}if(this._selectionIsEmpty()==false&&append==false&&this.forceAppendSelection==false){this._unselectAll(true)}if(object.selected==false&&(this.constants.selectable==true||overrideSelectable)){object.select();this._addToSelection(object);if(object instanceof Node&&this.blockConnectingEdgeSelection==false&&highlightEdges==true){this._selectConnectedEdges(object)}}else if(object.selected==false){this._addToSelection(object);doNotTrigger=true}else{object.unselect();this._removeFromSelection(object)}if(doNotTrigger==false){this.emit(\"select\",this.getSelection())}};exports._blurObject=function(object){if(object.hover==true){object.hover=false;this.emit(\"blurNode\",{node:object.id})}};exports._hoverObject=function(object){if(object.hover==false){object.hover=true;this._addToHover(object);if(object instanceof Node){this.emit(\"hoverNode\",{node:object.id})}}if(object instanceof Node){this._hoverConnectedEdges(object)}};exports._handleTouch=function(pointer){};exports._handleTap=function(pointer){var node=this._getNodeAt(pointer);if(node!=null){this._selectObject(node,false)}else{var edge=this._getEdgeAt(pointer);if(edge!=null){this._selectObject(edge,false)}else{this._unselectAll()}}var properties=this.getSelection();properties[\"pointer\"]={DOM:{x:pointer.x,y:pointer.y},canvas:{x:this._XconvertDOMtoCanvas(pointer.x),y:this._YconvertDOMtoCanvas(pointer.y)}};this.emit(\"click\",properties);this._redraw()};exports._handleDoubleTap=function(pointer){var node=this._getNodeAt(pointer);if(node!=null&&node!==undefined){this.areaCenter={x:this._XconvertDOMtoCanvas(pointer.x),y:this._YconvertDOMtoCanvas(pointer.y)};this.openCluster(node)}var properties=this.getSelection();properties[\"pointer\"]={DOM:{x:pointer.x,y:pointer.y},canvas:{x:this._XconvertDOMtoCanvas(pointer.x),y:this._YconvertDOMtoCanvas(pointer.y)}};this.emit(\"doubleClick\",properties)};exports._handleOnHold=function(pointer){var node=this._getNodeAt(pointer);if(node!=null){this._selectObject(node,true)}else{var edge=this._getEdgeAt(pointer);if(edge!=null){this._selectObject(edge,true)}}this._redraw()};exports._handleOnRelease=function(pointer){this._manipulationReleaseOverload(pointer);this._navigationReleaseOverload(pointer)};exports._manipulationReleaseOverload=function(pointer){};exports._navigationReleaseOverload=function(pointer){};exports.getSelection=function(){var nodeIds=this.getSelectedNodes();var edgeIds=this.getSelectedEdges();return{nodes:nodeIds,edges:edgeIds}};exports.getSelectedNodes=function(){var idArray=[];if(this.constants.selectable==true){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){idArray.push(nodeId)}}}return idArray};exports.getSelectedEdges=function(){var idArray=[];if(this.constants.selectable==true){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){idArray.push(edgeId)}}}return idArray};exports.setSelection=function(){console.log(\"setSelection is deprecated. Please use selectNodes instead.\")};exports.selectNodes=function(selection,highlightEdges){var i,iMax,id;if(!selection||selection.length==undefined)throw\"Selection must be an array with ids\";this._unselectAll(true);for(i=0,iMax=selection.length;i<iMax;i++){id=selection[i];var node=this.nodes[id];if(!node){throw new RangeError('Node with id \"'+id+'\" not found')}this._selectObject(node,true,true,highlightEdges,true)}this.redraw()};exports.selectEdges=function(selection){var i,iMax,id;if(!selection||selection.length==undefined)throw\"Selection must be an array with ids\";this._unselectAll(true);for(i=0,iMax=selection.length;i<iMax;i++){id=selection[i];var edge=this.edges[id];if(!edge){throw new RangeError('Edge with id \"'+id+'\" not found')}this._selectObject(edge,true,true,false,true)}this.redraw()};exports._updateSelection=function(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(!this.nodes.hasOwnProperty(nodeId)){delete this.selectionObj.nodes[nodeId]}}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){if(!this.edges.hasOwnProperty(edgeId)){delete this.selectionObj.edges[edgeId]}}}}},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Node=__webpack_require__(40);var Edge=__webpack_require__(37);exports._clearManipulatorBar=function(){this._recursiveDOMDelete(this.manipulationDiv);this.manipulationDOM={};this._manipulationReleaseOverload=function(){};delete this.sectors[\"support\"][\"nodes\"][\"targetNode\"];delete this.sectors[\"support\"][\"nodes\"][\"targetViaNode\"];this.controlNodesActive=false;this.freezeSimulation=false};exports._restoreOverloadedFunctions=function(){for(var functionName in this.cachedFunctions){if(this.cachedFunctions.hasOwnProperty(functionName)){this[functionName]=this.cachedFunctions[functionName];delete this.cachedFunctions[functionName]}}};exports._toggleEditMode=function(){this.editMode=!this.editMode;var toolbar=this.manipulationDiv;var closeDiv=this.closeDiv;var editModeDiv=this.editModeDiv;if(this.editMode==true){toolbar.style.display=\"block\";closeDiv.style.display=\"block\";editModeDiv.style.display=\"none\";closeDiv.onclick=this._toggleEditMode.bind(this)}else{toolbar.style.display=\"none\";closeDiv.style.display=\"none\";editModeDiv.style.display=\"block\";closeDiv.onclick=null}this._createManipulatorBar()};exports._createManipulatorBar=function(){if(this.boundFunction){this.off(\"select\",this.boundFunction)}var locale=this.constants.locales[this.constants.locale];if(this.edgeBeingEdited!==undefined){this.edgeBeingEdited._disableControlNodes();this.edgeBeingEdited=undefined;this.selectedControlNode=null;this.controlNodesActive=false;this._redraw()}this._restoreOverloadedFunctions();this.freezeSimulation=false;this.blockConnectingEdgeSelection=false;this.forceAppendSelection=false;this.manipulationDOM={};if(this.editMode==true){while(this.manipulationDiv.hasChildNodes()){this.manipulationDiv.removeChild(this.manipulationDiv.firstChild)}this.manipulationDOM[\"addNodeSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"addNodeSpan\"].className=\"network-manipulationUI add\";this.manipulationDOM[\"addNodeLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"addNodeLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"addNodeLabelSpan\"].innerHTML=locale[\"addNode\"];this.manipulationDOM[\"addNodeSpan\"].appendChild(this.manipulationDOM[\"addNodeLabelSpan\"]);this.manipulationDOM[\"seperatorLineDiv1\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv1\"].className=\"network-seperatorLine\";this.manipulationDOM[\"addEdgeSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"addEdgeSpan\"].className=\"network-manipulationUI connect\";this.manipulationDOM[\"addEdgeLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"addEdgeLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"addEdgeLabelSpan\"].innerHTML=locale[\"addEdge\"];this.manipulationDOM[\"addEdgeSpan\"].appendChild(this.manipulationDOM[\"addEdgeLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"addNodeSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv1\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"addEdgeSpan\"]);if(this._getSelectedNodeCount()==1&&this.triggerFunctions.edit){this.manipulationDOM[\"seperatorLineDiv2\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv2\"].className=\"network-seperatorLine\";this.manipulationDOM[\"editNodeSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editNodeSpan\"].className=\"network-manipulationUI edit\";this.manipulationDOM[\"editNodeLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editNodeLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"editNodeLabelSpan\"].innerHTML=locale[\"editNode\"];this.manipulationDOM[\"editNodeSpan\"].appendChild(this.manipulationDOM[\"editNodeLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv2\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"editNodeSpan\"])}else if(this._getSelectedEdgeCount()==1&&this._getSelectedNodeCount()==0){this.manipulationDOM[\"seperatorLineDiv3\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv3\"].className=\"network-seperatorLine\";this.manipulationDOM[\"editEdgeSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editEdgeSpan\"].className=\"network-manipulationUI edit\";this.manipulationDOM[\"editEdgeLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editEdgeLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"editEdgeLabelSpan\"].innerHTML=locale[\"editEdge\"];this.manipulationDOM[\"editEdgeSpan\"].appendChild(this.manipulationDOM[\"editEdgeLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv3\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"editEdgeSpan\"])}if(this._selectionIsEmpty()==false){this.manipulationDOM[\"seperatorLineDiv4\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv4\"].className=\"network-seperatorLine\";this.manipulationDOM[\"deleteSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"deleteSpan\"].className=\"network-manipulationUI delete\";this.manipulationDOM[\"deleteLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"deleteLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"deleteLabelSpan\"].innerHTML=locale[\"del\"];this.manipulationDOM[\"deleteSpan\"].appendChild(this.manipulationDOM[\"deleteLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv4\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"deleteSpan\"])}this.manipulationDOM[\"addNodeSpan\"].onclick=this._createAddNodeToolbar.bind(this);this.manipulationDOM[\"addEdgeSpan\"].onclick=this._createAddEdgeToolbar.bind(this);if(this._getSelectedNodeCount()==1&&this.triggerFunctions.edit){this.manipulationDOM[\"editNodeSpan\"].onclick=this._editNode.bind(this)}else if(this._getSelectedEdgeCount()==1&&this._getSelectedNodeCount()==0){this.manipulationDOM[\"editEdgeSpan\"].onclick=this._createEditEdgeToolbar.bind(this)}if(this._selectionIsEmpty()==false){this.manipulationDOM[\"deleteSpan\"].onclick=this._deleteSelected.bind(this)}this.closeDiv.onclick=this._toggleEditMode.bind(this);var me=this;this.boundFunction=me._createManipulatorBar;this.on(\"select\",this.boundFunction)}else{while(this.editModeDiv.hasChildNodes()){this.editModeDiv.removeChild(this.editModeDiv.firstChild)}this.manipulationDOM[\"editModeSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editModeSpan\"].className=\"network-manipulationUI edit editmode\";this.manipulationDOM[\"editModeLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"editModeLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"editModeLabelSpan\"].innerHTML=locale[\"edit\"];this.manipulationDOM[\"editModeSpan\"].appendChild(this.manipulationDOM[\"editModeLabelSpan\"]);this.editModeDiv.appendChild(this.manipulationDOM[\"editModeSpan\"]);this.manipulationDOM[\"editModeSpan\"].onclick=this._toggleEditMode.bind(this)}};exports._createAddNodeToolbar=function(){this._clearManipulatorBar();if(this.boundFunction){this.off(\"select\",this.boundFunction)}var locale=this.constants.locales[this.constants.locale];this.manipulationDOM={};this.manipulationDOM[\"backSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backSpan\"].className=\"network-manipulationUI back\";this.manipulationDOM[\"backLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"backLabelSpan\"].innerHTML=locale[\"back\"];this.manipulationDOM[\"backSpan\"].appendChild(this.manipulationDOM[\"backLabelSpan\"]);this.manipulationDOM[\"seperatorLineDiv1\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv1\"].className=\"network-seperatorLine\";this.manipulationDOM[\"descriptionSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionSpan\"].className=\"network-manipulationUI none\";this.manipulationDOM[\"descriptionLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"descriptionLabelSpan\"].innerHTML=locale[\"addDescription\"];this.manipulationDOM[\"descriptionSpan\"].appendChild(this.manipulationDOM[\"descriptionLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"backSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv1\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"descriptionSpan\"]);this.manipulationDOM[\"backSpan\"].onclick=this._createManipulatorBar.bind(this);var me=this;this.boundFunction=me._addNode;this.on(\"select\",this.boundFunction)};exports._createAddEdgeToolbar=function(){this._clearManipulatorBar();this._unselectAll(true);this.freezeSimulation=true;if(this.boundFunction){this.off(\"select\",this.boundFunction)}var locale=this.constants.locales[this.constants.locale];this._unselectAll();this.forceAppendSelection=false;this.blockConnectingEdgeSelection=true;this.manipulationDOM={};this.manipulationDOM[\"backSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backSpan\"].className=\"network-manipulationUI back\";this.manipulationDOM[\"backLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"backLabelSpan\"].innerHTML=locale[\"back\"];this.manipulationDOM[\"backSpan\"].appendChild(this.manipulationDOM[\"backLabelSpan\"]);this.manipulationDOM[\"seperatorLineDiv1\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv1\"].className=\"network-seperatorLine\";this.manipulationDOM[\"descriptionSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionSpan\"].className=\"network-manipulationUI none\";this.manipulationDOM[\"descriptionLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"descriptionLabelSpan\"].innerHTML=locale[\"edgeDescription\"];this.manipulationDOM[\"descriptionSpan\"].appendChild(this.manipulationDOM[\"descriptionLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"backSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv1\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"descriptionSpan\"]);this.manipulationDOM[\"backSpan\"].onclick=this._createManipulatorBar.bind(this);var me=this;this.boundFunction=me._handleConnect;this.on(\"select\",this.boundFunction);this.cachedFunctions[\"_handleTouch\"]=this._handleTouch;this.cachedFunctions[\"_manipulationReleaseOverload\"]=this._manipulationReleaseOverload;this.cachedFunctions[\"_handleDragStart\"]=this._handleDragStart;this.cachedFunctions[\"_handleDragEnd\"]=this._handleDragEnd;this._handleTouch=this._handleConnect;this._manipulationReleaseOverload=function(){};this._handleDragStart=function(){};this._handleDragEnd=this._finishConnect;this._redraw()};exports._createEditEdgeToolbar=function(){this._clearManipulatorBar();this.controlNodesActive=true;if(this.boundFunction){this.off(\"select\",this.boundFunction)}this.edgeBeingEdited=this._getSelectedEdge();this.edgeBeingEdited._enableControlNodes();var locale=this.constants.locales[this.constants.locale];this.manipulationDOM={};this.manipulationDOM[\"backSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backSpan\"].className=\"network-manipulationUI back\";this.manipulationDOM[\"backLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"backLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"backLabelSpan\"].innerHTML=locale[\"back\"];this.manipulationDOM[\"backSpan\"].appendChild(this.manipulationDOM[\"backLabelSpan\"]);this.manipulationDOM[\"seperatorLineDiv1\"]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv1\"].className=\"network-seperatorLine\";this.manipulationDOM[\"descriptionSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionSpan\"].className=\"network-manipulationUI none\";this.manipulationDOM[\"descriptionLabelSpan\"]=document.createElement(\"span\");this.manipulationDOM[\"descriptionLabelSpan\"].className=\"network-manipulationLabel\";this.manipulationDOM[\"descriptionLabelSpan\"].innerHTML=locale[\"editEdgeDescription\"];this.manipulationDOM[\"descriptionSpan\"].appendChild(this.manipulationDOM[\"descriptionLabelSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"backSpan\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv1\"]);this.manipulationDiv.appendChild(this.manipulationDOM[\"descriptionSpan\"]);this.manipulationDOM[\"backSpan\"].onclick=this._createManipulatorBar.bind(this);this.cachedFunctions[\"_handleTouch\"]=this._handleTouch;this.cachedFunctions[\"_manipulationReleaseOverload\"]=this._manipulationReleaseOverload;this.cachedFunctions[\"_handleTap\"]=this._handleTap;this.cachedFunctions[\"_handleDragStart\"]=this._handleDragStart;this.cachedFunctions[\"_handleOnDrag\"]=this._handleOnDrag;this._handleTouch=this._selectControlNode;this._handleTap=function(){};this._handleOnDrag=this._controlNodeDrag;this._handleDragStart=function(){};this._manipulationReleaseOverload=this._releaseControlNode;this._redraw()};exports._selectControlNode=function(pointer){this.edgeBeingEdited.controlNodes.from.unselect();this.edgeBeingEdited.controlNodes.to.unselect();this.selectedControlNode=this.edgeBeingEdited._getSelectedControlNode(this._XconvertDOMtoCanvas(pointer.x),this._YconvertDOMtoCanvas(pointer.y));if(this.selectedControlNode!==null){this.selectedControlNode.select();this.freezeSimulation=true}this._redraw()};exports._controlNodeDrag=function(event){var pointer=this._getPointer(event.gesture.center);if(this.selectedControlNode!==null&&this.selectedControlNode!==undefined){this.selectedControlNode.x=this._XconvertDOMtoCanvas(pointer.x);this.selectedControlNode.y=this._YconvertDOMtoCanvas(pointer.y)}this._redraw()};exports._releaseControlNode=function(pointer){var newNode=this._getNodeAt(pointer);if(newNode!==null){if(this.edgeBeingEdited.controlNodes.from.selected==true){this.edgeBeingEdited._restoreControlNodes();this._editEdge(newNode.id,this.edgeBeingEdited.to.id);this.edgeBeingEdited.controlNodes.from.unselect()}if(this.edgeBeingEdited.controlNodes.to.selected==true){this.edgeBeingEdited._restoreControlNodes();this._editEdge(this.edgeBeingEdited.from.id,newNode.id);this.edgeBeingEdited.controlNodes.to.unselect()}}else{this.edgeBeingEdited._restoreControlNodes()}this.freezeSimulation=false;this._redraw()};exports._handleConnect=function(pointer){if(this._getSelectedNodeCount()==0){var node=this._getNodeAt(pointer);if(node!=null){if(node.clusterSize>1){alert(this.constants.locales[this.constants.locale][\"createEdgeError\"])}else{this._selectObject(node,false);var supportNodes=this.sectors[\"support\"][\"nodes\"];supportNodes[\"targetNode\"]=new Node({id:\"targetNode\"},{},{},this.constants);var targetNode=supportNodes[\"targetNode\"];targetNode.x=node.x;targetNode.y=node.y;this.edges[\"connectionEdge\"]=new Edge({id:\"connectionEdge\",from:node.id,to:targetNode.id},this,this.constants);var connectionEdge=this.edges[\"connectionEdge\"];connectionEdge.from=node;connectionEdge.connected=true;connectionEdge.options.smoothCurves={enabled:true,dynamic:false,type:\"continuous\",roundness:.5};connectionEdge.selected=true;connectionEdge.to=targetNode;this.cachedFunctions[\"_handleOnDrag\"]=this._handleOnDrag;this._handleOnDrag=function(event){var pointer=this._getPointer(event.gesture.center);var connectionEdge=this.edges[\"connectionEdge\"];connectionEdge.to.x=this._XconvertDOMtoCanvas(pointer.x);connectionEdge.to.y=this._YconvertDOMtoCanvas(pointer.y)};this.moving=true;this.start()}}}};exports._finishConnect=function(event){if(this._getSelectedNodeCount()==1){var pointer=this._getPointer(event.gesture.center);this._handleOnDrag=this.cachedFunctions[\"_handleOnDrag\"];delete this.cachedFunctions[\"_handleOnDrag\"];var connectFromId=this.edges[\"connectionEdge\"].fromId;delete this.edges[\"connectionEdge\"];delete this.sectors[\"support\"][\"nodes\"][\"targetNode\"];delete this.sectors[\"support\"][\"nodes\"][\"targetViaNode\"];var node=this._getNodeAt(pointer);if(node!=null){if(node.clusterSize>1){alert(this.constants.locales[this.constants.locale][\"createEdgeError\"])}else{this._createEdge(connectFromId,node.id);this._createManipulatorBar()}}this._unselectAll()}};exports._addNode=function(){if(this._selectionIsEmpty()&&this.editMode==true){var positionObject=this._pointerToPositionObject(this.pointerPosition);var defaultData={id:util.randomUUID(),x:positionObject.left,y:positionObject.top,label:\"new\",allowedToMoveX:true,allowedToMoveY:true};if(this.triggerFunctions.add){if(this.triggerFunctions.add.length==2){var me=this;this.triggerFunctions.add(defaultData,function(finalizedData){me.nodesData.add(finalizedData);me._createManipulatorBar();me.moving=true;me.start()})}else{throw new Error(\"The function for add does not support two arguments (data,callback)\");this._createManipulatorBar();this.moving=true;this.start()}}else{this.nodesData.add(defaultData);this._createManipulatorBar();this.moving=true;this.start()}}};exports._createEdge=function(sourceNodeId,targetNodeId){if(this.editMode==true){var defaultData={from:sourceNodeId,to:targetNodeId};if(this.triggerFunctions.connect){if(this.triggerFunctions.connect.length==2){var me=this;this.triggerFunctions.connect(defaultData,function(finalizedData){me.edgesData.add(finalizedData);me.moving=true;me.start()})}else{throw new Error(\"The function for connect does not support two arguments (data,callback)\");this.moving=true;this.start()}}else{this.edgesData.add(defaultData);this.moving=true;this.start()}}};exports._editEdge=function(sourceNodeId,targetNodeId){if(this.editMode==true){var defaultData={id:this.edgeBeingEdited.id,from:sourceNodeId,to:targetNodeId};if(this.triggerFunctions.editEdge){if(this.triggerFunctions.editEdge.length==2){var me=this;\nthis.triggerFunctions.editEdge(defaultData,function(finalizedData){me.edgesData.update(finalizedData);me.moving=true;me.start()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\");this.moving=true;this.start()}}else{this.edgesData.update(defaultData);this.moving=true;this.start()}}};exports._editNode=function(){if(this.triggerFunctions.edit&&this.editMode==true){var node=this._getSelectedNode();var data={id:node.id,label:node.label,group:node.options.group,shape:node.options.shape,color:{background:node.options.color.background,border:node.options.color.border,highlight:{background:node.options.color.highlight.background,border:node.options.color.highlight.border}}};if(this.triggerFunctions.edit.length==2){var me=this;this.triggerFunctions.edit(data,function(finalizedData){me.nodesData.update(finalizedData);me._createManipulatorBar();me.moving=true;me.start()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{throw new Error(\"No edit function has been bound to this button\")}};exports._deleteSelected=function(){if(!this._selectionIsEmpty()&&this.editMode==true){if(!this._clusterInSelection()){var selectedNodes=this.getSelectedNodes();var selectedEdges=this.getSelectedEdges();if(this.triggerFunctions.del){var me=this;var data={nodes:selectedNodes,edges:selectedEdges};if(this.triggerFunctions.del.length==2){this.triggerFunctions.del(data,function(finalizedData){me.edgesData.remove(finalizedData.edges);me.nodesData.remove(finalizedData.nodes);me._unselectAll();me.moving=true;me.start()})}else{throw new Error(\"The function for delete does not support two arguments (data, callback)\")}}else{this.edgesData.remove(selectedEdges);this.nodesData.remove(selectedNodes);this._unselectAll();this.moving=true;this.start()}}else{alert(this.constants.locales[this.constants.locale][\"deleteClusterError\"])}}}},function(module,exports,__webpack_require__){var util=__webpack_require__(1);var Hammer=__webpack_require__(45);exports._cleanNavigation=function(){if(this.navigationHammers.existing.length!=0){for(var i=0;i<this.navigationHammers.existing.length;i++){this.navigationHammers.existing[i].dispose()}this.navigationHammers.existing=[]}this._navigationReleaseOverload=function(){};if(this.navigationDivs&&this.navigationDivs[\"wrapper\"]&&this.navigationDivs[\"wrapper\"].parentNode){this.navigationDivs[\"wrapper\"].parentNode.removeChild(this.navigationDivs[\"wrapper\"])}};exports._loadNavigationElements=function(){this._cleanNavigation();this.navigationDivs={};var navigationDivs=[\"up\",\"down\",\"left\",\"right\",\"zoomIn\",\"zoomOut\",\"zoomExtends\"];var navigationDivActions=[\"_moveUp\",\"_moveDown\",\"_moveLeft\",\"_moveRight\",\"_zoomIn\",\"_zoomOut\",\"_zoomExtent\"];this.navigationDivs[\"wrapper\"]=document.createElement(\"div\");this.frame.appendChild(this.navigationDivs[\"wrapper\"]);for(var i=0;i<navigationDivs.length;i++){this.navigationDivs[navigationDivs[i]]=document.createElement(\"div\");this.navigationDivs[navigationDivs[i]].className=\"network-navigation \"+navigationDivs[i];this.navigationDivs[\"wrapper\"].appendChild(this.navigationDivs[navigationDivs[i]]);var hammer=Hammer(this.navigationDivs[navigationDivs[i]],{prevent_default:true});hammer.on(\"touch\",this[navigationDivActions[i]].bind(this));this.navigationHammers._new.push(hammer)}this._navigationReleaseOverload=this._stopMovement;this.navigationHammers.existing=this.navigationHammers._new};exports._zoomExtent=function(event){this.zoomExtent({duration:700});event.stopPropagation()};exports._stopMovement=function(){this._xStopMoving();this._yStopMoving();this._stopZoom()};exports._moveUp=function(event){this.yIncrement=this.constants.keyboard.speed.y;this.start();event.preventDefault()};exports._moveDown=function(event){this.yIncrement=-this.constants.keyboard.speed.y;this.start();event.preventDefault()};exports._moveLeft=function(event){this.xIncrement=this.constants.keyboard.speed.x;this.start();event.preventDefault()};exports._moveRight=function(event){this.xIncrement=-this.constants.keyboard.speed.y;this.start();event.preventDefault()};exports._zoomIn=function(event){this.zoomIncrement=this.constants.keyboard.speed.zoom;this.start();event.preventDefault()};exports._zoomOut=function(event){this.zoomIncrement=-this.constants.keyboard.speed.zoom;this.start();event.preventDefault()};exports._stopZoom=function(event){this.zoomIncrement=0;event&&event.preventDefault()};exports._yStopMoving=function(event){this.yIncrement=0;event&&event.preventDefault()};exports._xStopMoving=function(event){this.xIncrement=0;event&&event.preventDefault()}},function(module,exports,__webpack_require__){exports._resetLevels=function(){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){var node=this.nodes[nodeId];if(node.preassignedLevel==false){node.level=-1;node.hierarchyEnumerated=false}}}};exports._setupHierarchicalLayout=function(){if(this.constants.hierarchicalLayout.enabled==true&&this.nodeIndices.length>0){var hubsize=0;var node,nodeId;var definedLevel=false;var undefinedLevel=false;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];if(node.level!=-1){definedLevel=true}else{undefinedLevel=true}if(hubsize<node.edges.length){hubsize=node.edges.length}}}if(undefinedLevel==true&&definedLevel==true){throw new Error(\"To use the hierarchical layout, nodes require either no predefined levels or levels have to be defined for all nodes.\");this.zoomExtent(undefined,true,this.constants.clustering.enabled);if(!this.constants.clustering.enabled){this.start()}}else{this._changeConstants();if(undefinedLevel==true){if(this.constants.hierarchicalLayout.layout==\"hubsize\"){this._determineLevels(hubsize)}else{this._determineLevelsDirected(false)}}var distribution=this._getDistribution();this._placeNodesByHierarchy(distribution);this.start()}}};exports._placeNodesByHierarchy=function(distribution){var nodeId,node;for(var level in distribution){if(distribution.hasOwnProperty(level)){for(nodeId in distribution[level].nodes){if(distribution[level].nodes.hasOwnProperty(nodeId)){node=distribution[level].nodes[nodeId];if(this.constants.hierarchicalLayout.direction==\"UD\"||this.constants.hierarchicalLayout.direction==\"DU\"){if(node.xFixed){node.x=distribution[level].minPos;node.xFixed=false;distribution[level].minPos+=distribution[level].nodeSpacing}}else{if(node.yFixed){node.y=distribution[level].minPos;node.yFixed=false;distribution[level].minPos+=distribution[level].nodeSpacing}}this._placeBranchNodes(node.edges,node.id,distribution,node.level)}}}}this._stabilize()};exports._getDistribution=function(){var distribution={};var nodeId,node,level;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];node.xFixed=true;node.yFixed=true;if(this.constants.hierarchicalLayout.direction==\"UD\"||this.constants.hierarchicalLayout.direction==\"DU\"){node.y=this.constants.hierarchicalLayout.levelSeparation*node.level}else{node.x=this.constants.hierarchicalLayout.levelSeparation*node.level}if(distribution[node.level]===undefined){distribution[node.level]={amount:0,nodes:{},minPos:0,nodeSpacing:0}}distribution[node.level].amount+=1;distribution[node.level].nodes[nodeId]=node}}var maxCount=0;for(level in distribution){if(distribution.hasOwnProperty(level)){if(maxCount<distribution[level].amount){maxCount=distribution[level].amount}}}for(level in distribution){if(distribution.hasOwnProperty(level)){distribution[level].nodeSpacing=(maxCount+1)*this.constants.hierarchicalLayout.nodeSpacing;distribution[level].nodeSpacing/=distribution[level].amount+1;distribution[level].minPos=distribution[level].nodeSpacing-.5*(distribution[level].amount+1)*distribution[level].nodeSpacing}}return distribution};exports._determineLevels=function(hubsize){var nodeId,node;for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];if(node.edges.length==hubsize){node.level=0}}}for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];if(node.level==0){this._setLevel(1,node.edges,node.id)}}}};exports._determineLevelsDirected=function(){var nodeId,node,firstNode;var minLevel=1e4;firstNode=this.nodes[this.nodeIndices[0]];firstNode.level=minLevel;this._setLevelDirected(minLevel,firstNode.edges,firstNode.id);for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];minLevel=node.level<minLevel?node.level:minLevel}}for(nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){node=this.nodes[nodeId];node.level-=minLevel}}};exports._changeConstants=function(){this.constants.clustering.enabled=false;this.constants.physics.barnesHut.enabled=false;this.constants.physics.hierarchicalRepulsion.enabled=true;this._loadSelectedForceSolver();if(this.constants.smoothCurves.enabled==true){this.constants.smoothCurves.dynamic=false}this._configureSmoothCurves();var config=this.constants.hierarchicalLayout;config.levelSeparation=Math.abs(config.levelSeparation);if(config.direction==\"RL\"||config.direction==\"DU\"){config.levelSeparation*=-1}if(config.direction==\"RL\"||config.direction==\"LR\"){if(this.constants.smoothCurves.enabled==true){this.constants.smoothCurves.type=\"vertical\"}}else{if(this.constants.smoothCurves.enabled==true){this.constants.smoothCurves.type=\"horizontal\"}}};exports._placeBranchNodes=function(edges,parentId,distribution,parentLevel){for(var i=0;i<edges.length;i++){var childNode=null;if(edges[i].toId==parentId){childNode=edges[i].from}else{childNode=edges[i].to}var nodeMoved=false;if(this.constants.hierarchicalLayout.direction==\"UD\"||this.constants.hierarchicalLayout.direction==\"DU\"){if(childNode.xFixed&&childNode.level>parentLevel){childNode.xFixed=false;childNode.x=distribution[childNode.level].minPos;nodeMoved=true}}else{if(childNode.yFixed&&childNode.level>parentLevel){childNode.yFixed=false;childNode.y=distribution[childNode.level].minPos;nodeMoved=true}}if(nodeMoved==true){distribution[childNode.level].minPos+=distribution[childNode.level].nodeSpacing;if(childNode.edges.length>1){this._placeBranchNodes(childNode.edges,childNode.id,distribution,childNode.level)}}}};exports._setLevel=function(level,edges,parentId){for(var i=0;i<edges.length;i++){var childNode=null;if(edges[i].toId==parentId){childNode=edges[i].from}else{childNode=edges[i].to}if(childNode.level==-1||childNode.level>level){childNode.level=level;if(childNode.edges.length>1){this._setLevel(level+1,childNode.edges,childNode.id)}}}};exports._setLevelDirected=function(level,edges,parentId){this.nodes[parentId].hierarchyEnumerated=true;var childNode,direction;for(var i=0;i<edges.length;i++){direction=1;if(edges[i].toId==parentId){childNode=edges[i].from;direction=-1}else{childNode=edges[i].to}if(childNode.level==-1){childNode.level=level+direction}}for(var i=0;i<edges.length;i++){if(edges[i].toId==parentId){childNode=edges[i].from}else{childNode=edges[i].to}if(childNode.edges.length>1&&childNode.hierarchyEnumerated===false){this._setLevelDirected(childNode.level,childNode.edges,childNode.id)}}};exports._restoreNodes=function(){for(var nodeId in this.nodes){if(this.nodes.hasOwnProperty(nodeId)){this.nodes[nodeId].xFixed=false;this.nodes[nodeId].yFixed=false}}}},function(module,exports,__webpack_require__){exports._calculateNodeForces=function(){var dx,dy,angle,distance,fx,fy,combinedClusterSize,repulsingForce,node1,node2,i,j;var nodes=this.calculationNodes;var nodeIndices=this.calculationNodeIndices;var a_base=-2/3;var b=4/3;var nodeDistance=this.constants.physics.repulsion.nodeDistance;var minimumDistance=nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];combinedClusterSize=node1.clusterSize+node2.clusterSize-2;dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance==0){distance=.1*Math.random();dx=distance}minimumDistance=combinedClusterSize==0?nodeDistance:nodeDistance*(1+combinedClusterSize*this.constants.clustering.distanceAmplification);var a=a_base/minimumDistance;if(distance<2*minimumDistance){if(distance<.5*minimumDistance){repulsingForce=1}else{repulsingForce=a*distance+b}repulsingForce*=combinedClusterSize==0?1:1+combinedClusterSize*this.constants.clustering.forceAmplification;repulsingForce=repulsingForce/Math.max(distance,.01*minimumDistance);fx=dx*repulsingForce;fy=dy*repulsingForce;node1.fx-=fx;node1.fy-=fy;node2.fx+=fx;node2.fy+=fy}}}}},function(module,exports,__webpack_require__){exports._calculateNodeForces=function(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2,i,j;var nodes=this.calculationNodes;var nodeIndices=this.calculationNodeIndices;var nodeDistance=this.constants.physics.hierarchicalRepulsion.nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];if(node1.level==node2.level){dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);var steepness=.05;if(distance<nodeDistance){repulsingForce=-Math.pow(steepness*distance,2)+Math.pow(steepness*nodeDistance,2)}else{repulsingForce=0}if(distance==0){distance=.01}else{repulsingForce=repulsingForce/distance}fx=dx*repulsingForce;fy=dy*repulsingForce;node1.fx-=fx;node1.fy-=fy;node2.fx+=fx;node2.fy+=fy}}}};exports._calculateHierarchicalSpringForces=function(){var edgeLength,edge,edgeId;var dx,dy,fx,fy,springForce,distance;var edges=this.edges;var nodes=this.calculationNodes;var nodeIndices=this.calculationNodeIndices;for(var i=0;i<nodeIndices.length;i++){var node1=nodes[nodeIndices[i]];node1.springFx=0;node1.springFy=0}for(edgeId in edges){if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId];if(edge.connected){if(this.nodes.hasOwnProperty(edge.toId)&&this.nodes.hasOwnProperty(edge.fromId)){edgeLength=edge.physics.springLength;edgeLength+=(edge.to.clusterSize+edge.from.clusterSize-2)*this.constants.clustering.edgeGrowth;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance==0){distance=.01}springForce=this.constants.physics.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;if(edge.to.level!=edge.from.level){edge.to.springFx-=fx;edge.to.springFy-=fy;edge.from.springFx+=fx;edge.from.springFy+=fy}else{var factor=.5;edge.to.fx-=factor*fx;edge.to.fy-=factor*fy;edge.from.fx+=factor*fx;edge.from.fy+=factor*fy}}}}}var springForce=1;var springFx,springFy;for(i=0;i<nodeIndices.length;i++){var node=nodes[nodeIndices[i]];springFx=Math.min(springForce,Math.max(-springForce,node.springFx));springFy=Math.min(springForce,Math.max(-springForce,node.springFy));node.fx+=springFx;node.fy+=springFy}var totalFx=0;var totalFy=0;for(i=0;i<nodeIndices.length;i++){var node=nodes[nodeIndices[i]];totalFx+=node.fx;totalFy+=node.fy}var correctionFx=totalFx/nodeIndices.length;var correctionFy=totalFy/nodeIndices.length;for(i=0;i<nodeIndices.length;i++){var node=nodes[nodeIndices[i]];node.fx-=correctionFx;node.fy-=correctionFy}}},function(module,exports,__webpack_require__){exports._calculateNodeForces=function(){if(this.constants.physics.barnesHut.gravitationalConstant!=0){var node;var nodes=this.calculationNodes;var nodeIndices=this.calculationNodeIndices;var nodeCount=nodeIndices.length;this._formBarnesHutTree(nodes,nodeIndices);var barnesHutTree=this.barnesHutTree;for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._getForceContribution(barnesHutTree.root.children.NW,node);this._getForceContribution(barnesHutTree.root.children.NE,node);this._getForceContribution(barnesHutTree.root.children.SW,node);this._getForceContribution(barnesHutTree.root.children.SE,node)}}}};exports._getForceContribution=function(parentBranch,node){if(parentBranch.childrenCount>0){var dx,dy,distance;dx=parentBranch.centerOfMass.x-node.x;dy=parentBranch.centerOfMass.y-node.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance*parentBranch.calcSize>this.constants.physics.barnesHut.thetaInverted){if(distance==0){distance=.1*Math.random();dx=distance}var gravityForce=this.constants.physics.barnesHut.gravitationalConstant*parentBranch.mass*node.options.mass/(distance*distance*distance);var fx=dx*gravityForce;var fy=dy*gravityForce;node.fx+=fx;node.fy+=fy}else{if(parentBranch.childrenCount==4){this._getForceContribution(parentBranch.children.NW,node);this._getForceContribution(parentBranch.children.NE,node);this._getForceContribution(parentBranch.children.SW,node);this._getForceContribution(parentBranch.children.SE,node)}else{if(parentBranch.children.data.id!=node.id){if(distance==0){distance=.5*Math.random();dx=distance}var gravityForce=this.constants.physics.barnesHut.gravitationalConstant*parentBranch.mass*node.options.mass/(distance*distance*distance);var fx=dx*gravityForce;var fy=dy*gravityForce;node.fx+=fx;node.fy+=fy}}}}};exports._formBarnesHutTree=function(nodes,nodeIndices){var node;var nodeCount=nodeIndices.length;var minX=Number.MAX_VALUE,minY=Number.MAX_VALUE,maxX=-Number.MAX_VALUE,maxY=-Number.MAX_VALUE;for(var i=0;i<nodeCount;i++){var x=nodes[nodeIndices[i]].x;var y=nodes[nodeIndices[i]].y;if(nodes[nodeIndices[i]].options.mass>0){if(x<minX){minX=x}if(x>maxX){maxX=x}if(y<minY){minY=y}if(y>maxY){maxY=y}}}var sizeDiff=Math.abs(maxX-minX)-Math.abs(maxY-minY);if(sizeDiff>0){minY-=.5*sizeDiff;maxY+=.5*sizeDiff}else{minX+=.5*sizeDiff;maxX-=.5*sizeDiff}var minimumTreeSize=1e-5;var rootSize=Math.max(minimumTreeSize,Math.abs(maxX-minX));var halfRootSize=.5*rootSize;var centerX=.5*(minX+maxX),centerY=.5*(minY+maxY);var barnesHutTree={root:{centerOfMass:{x:0,y:0},mass:0,range:{minX:centerX-halfRootSize,maxX:centerX+halfRootSize,minY:centerY-halfRootSize,maxY:centerY+halfRootSize},size:rootSize,calcSize:1/rootSize,children:{data:null},maxWidth:0,level:0,childrenCount:4}};this._splitBranch(barnesHutTree.root);for(i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._placeInTree(barnesHutTree.root,node)}}this.barnesHutTree=barnesHutTree};exports._updateBranchMass=function(parentBranch,node){var totalMass=parentBranch.mass+node.options.mass;var totalMassInv=1/totalMass;parentBranch.centerOfMass.x=parentBranch.centerOfMass.x*parentBranch.mass+node.x*node.options.mass;parentBranch.centerOfMass.x*=totalMassInv;parentBranch.centerOfMass.y=parentBranch.centerOfMass.y*parentBranch.mass+node.y*node.options.mass;parentBranch.centerOfMass.y*=totalMassInv;parentBranch.mass=totalMass;var biggestSize=Math.max(Math.max(node.height,node.radius),node.width);parentBranch.maxWidth=parentBranch.maxWidth<biggestSize?biggestSize:parentBranch.maxWidth};exports._placeInTree=function(parentBranch,node,skipMassUpdate){if(skipMassUpdate!=true||skipMassUpdate===undefined){this._updateBranchMass(parentBranch,node)}if(parentBranch.children.NW.range.maxX>node.x){if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NW\")}else{this._placeInRegion(parentBranch,node,\"SW\")}}else{if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NE\")}else{this._placeInRegion(parentBranch,node,\"SE\")}}};exports._placeInRegion=function(parentBranch,node,region){switch(parentBranch.children[region].childrenCount){case 0:parentBranch.children[region].children.data=node;parentBranch.children[region].childrenCount=1;this._updateBranchMass(parentBranch.children[region],node);break;case 1:if(parentBranch.children[region].children.data.x==node.x&&parentBranch.children[region].children.data.y==node.y){node.x+=Math.random();node.y+=Math.random()}else{this._splitBranch(parentBranch.children[region]);this._placeInTree(parentBranch.children[region],node)}break;case 4:this._placeInTree(parentBranch.children[region],node);break}};exports._splitBranch=function(parentBranch){var containedNode=null;if(parentBranch.childrenCount==1){containedNode=parentBranch.children.data;parentBranch.mass=0;parentBranch.centerOfMass.x=0;parentBranch.centerOfMass.y=0}parentBranch.childrenCount=4;parentBranch.children.data=null;this._insertRegion(parentBranch,\"NW\");this._insertRegion(parentBranch,\"NE\");this._insertRegion(parentBranch,\"SW\");this._insertRegion(parentBranch,\"SE\");if(containedNode!=null){this._placeInTree(parentBranch,containedNode)}};exports._insertRegion=function(parentBranch,region){var minX,maxX,minY,maxY;var childSize=.5*parentBranch.size;switch(region){case\"NW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"NE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"SW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break;case\"SE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break}parentBranch.children[region]={centerOfMass:{x:0,y:0},mass:0,range:{minX:minX,maxX:maxX,minY:minY,maxY:maxY},size:.5*parentBranch.size,calcSize:2*parentBranch.calcSize,children:{data:null},maxWidth:0,level:parentBranch.level+1,childrenCount:0}};exports._drawTree=function(ctx,color){if(this.barnesHutTree!==undefined){ctx.lineWidth=1;this._drawBranch(this.barnesHutTree.root,ctx,color)}};exports._drawBranch=function(branch,ctx,color){if(color===undefined){color=\"#FF0000\"}if(branch.childrenCount==4){this._drawBranch(branch.children.NW,ctx);this._drawBranch(branch.children.NE,ctx);this._drawBranch(branch.children.SE,ctx);this._drawBranch(branch.children.SW,ctx)}ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.minY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.minY);ctx.stroke()}},function(module,exports,__webpack_require__){function webpackContext(req){throw new Error(\"Cannot find module '\"+req+\"'.\")}webpackContext.keys=function(){return[]};webpackContext.resolve=webpackContext;module.exports=webpackContext;webpackContext.id=70},function(module,exports,__webpack_require__){module.exports=function(module){if(!module.webpackPolyfill){module.deprecate=function(){};module.paths=[];module.children=[];module.webpackPolyfill=1}return module}}])});\n",
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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff",
"text": 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uUH1zmVJvDxAPvUnuGPlMmnc6T29WK4U8OA8v//SLHkG3lEpb1ssAwu5IQuXXbqgNrukubN9v2tfNe32qjtC5T7GCEkcXKmJA1zQ9lAhGChJcPDi7pjvb+synVtxD+7Uki4hmpAtv6lVBPrb9YG0wOuFFOwxdZTj2nMXycYFFn0XB4OGLg8Fk14Y9Bal57eBEbcc9rQ8MrrhHdWZw8Tm8mtiojZ4LPZcQ7tAelK0MryEvOP0hyjEBZdJZDSjjnEHWNhxV94gMplKNKA81ZTznBaomdaI8mWqh4nDG4U29hk36dqJRRSjwHDqgH9uhcHuT3amhlC9BLOGQyDUQv7txYJ8t7Ty46aQPhZWZCsZJpO1qID8X1lM9Vnonw/Ydl6XRdcnZjyUjqpiXUdi3+7u9faur8q4JRgA2Dp/AuDEw0d/I+BirK+RXRMww0sDUoMLVZhuK2pXVq93ACxu3RtTGFhFA9K0u5pLVtVjefJksjp4aaFyTqTPeASF83ri2ufnhsbVJYfYYJ2M+6wHPArG3LLFf0ZXWlpr0imNN61XHnC44ZtOe93KspEnTAcArrOaeMUXUNGFgG6exrGscwXNkkYcbib7GiGUkL2orGuGgzz3qBcI9wvUT+nUXeX2Y9w5EN7wTeOzzXnSdzsL2W/9xkgwPzlspv/FbzS+8E2EJo8Y3bi1Uys77p8j7d5L3pzweO+1KUfe5w500ViuNQRzaTfK7w1rcOHpVUNZEhBgOO02w4Rt6C7/xMt5k9M0AoN8fVbyMyAJtpFwp/PUdfWHSzjyU4DnSzmzb85FXWrXO4Mqk3WYcphXoUOSo7a5X21acPul21B2Z1fy/J00rYV3GCEIgbl8PaHwK2QlL5JnLrGRX8vffQM/4wyHDOgbbECZmTOozA0iJWWmMtsExyx8O+1/iXotXN+AJdK0nTU5qhIgYpFrepzX28xPg+JpJSFUr8KjQRWzzAnEXTzyBRNMQ0ROP234W5tEhy2Qff8y19489zhoGOQPRtHj82ONUnxYbgDzv8SQ9nnqltiTytkIRlUJ0GBHGLAzke0LJQGREYTlRExmtx0QcBsz4rfzA9vxgKjMzVpoZEKliIa0wxts+LJRIG6rnj6EBATLiPfVqylJh6I8vv5y2Tf49R9rWnbbrrdZbjS8U4oxYtdVUVPQm7cT2BEEo3WYo2i8iI+hp8YhzfI6P8ogIl+ck10bUax74jGBqfoB3f8Ev+lUDENyMvmWaitg83IwW/X5NxU9QPNC/+Cuko9d7LE8/eYtriNscrlYoNrCpGSHem5iRODiup+JaYknLCx+w2MzIWz5Y9BvFrePsmdBkIWaKIHBD2VrYhwBh9HqI/E1v/fWzVz0+enT+8j01Do4Px6zVN5Tu7032FsMnhYXQZelhpz+byK+fojd4Qh5PKp/kM9VytZIhg65aLk06pIWIMYTvB5ofNtVb0fBaXT+7XtYCDLqdmJyf/1xvDAsy0/xu87sNlz8jpIMs6dskGQdmq0fEQix1khpMt0cN6oPpsLNS9BnkWFjXgFrk4X/szQzagjdwaGq2Np7oHYlMR9fVp16vihKDG+BVcHMroAOnfIN+aX7c4BKYTUIz19vlDefMwoAezJVnVo1EisZYH4t7kU3gGL7sUpYJhTE+eMaoV2PxsXXAMxhblG7iF5BG+LB2OXLlW0RTV1DIO91wxkPH8RE7Uki7kKJE7pIeOfS7Az2/6fTGbVf60G3eTbkUZ9xx8RXT3Qj15/LFLiEa75o2BCOulwocJyV4n4yyuWRvX6Hcl0r3wq9XbxsfkfyXlxhrsG8gYK/dMN09ki4O5gZtlhHkEXtkuK4LgFjDT0ABKAvVvkLQrGa7e6l+kXGF4uiNnoQnS6VKCKJiTVWJj0KjLVHEiFgzVtkq6BxvI0O//c1+9fLmD973PswxjMqFGBaj888//1v3zV9KBH1h45vfJNYckZtf+xo9A+uje8CRN+EbS/i2hYwn19Q5vGkgoq7Unjl67JoOauOc8bYMdDhDJ5OOAfUiLcjmgAyHqbemesqYLYxU4opMFFtQAqlNPbyo2SxiaaiBvXPbNm6QWZERz7vaiElpDihgGGgcvvnNpxPZnmlV7P3XnlRNByYRV3tyXTm5EFfMusjI+MkLtpEOsZEoI3t9ykU6xiMjQPoYuWLvwStEdSQbsZO9Ln5v68aAZxXpcsvDEyVt4XbXgLi9dDShfc0x7Dx53n28BbeqRYB744FCvMvUOIyxGQllXjWajKaymyevHR++5w7wsScSQi4Z6wErG4poPlEAIVif8vHEC69XdaOQnOgJYiasqhcNnFdbk0zHL9j+wH3vV2Bb0E515ZO9f29p/kAqPrHerPYGrp7POnbrOVREj5M+eNh0C84QxELpJpi55q+MAcVzdonQaLvwx+0lz4EnWQD5pLoBH3wTx+sNSCcSojQkpAkKvQ2hd4hFEQMgn9yd8YoP3+PfTWTAzfgZTCUksjyDCArD7IfVtTfE11S5IU8LhxGevt6TI5HltOP7Xb20XUTlQCvK0hb2mnQUgnWMIOU/edAo1Rwdc6FoYL990VSv3J3fyLDquCgXG6z3xr07rzEl0V4QpLUgj+wUUgcEiAhzWmMhB48iLlA8D/X214D1FbaF9FqO5cN7akZoYftEPZhJhicLLF/b1n+6d3i9CY2oyRWap/qKuTDsCfSNjzaW68brPX20F3WTd0RMfqrptkebgFobbbtG3vXxAUyItkuu0aMK73zgm4VIqi9tSCEWWCscKkz3XsxeWD+vV3hDwfuGqY1ze/LJeJc/MujnRnyY4wuxQsDHydflwnLQ681ea/BhVYmM3i6cGs1C8OHxTd/anl89megpgD0wXsGgHfT3bvCHksgrabZDv+MP4RPEXyZa6K7jD/kX+8ehTCnoeMeu4kpXCWtWl1ue8i9e4DUR9fee5502ii9sg3POnJxAK0CvUsfghsQZiimXNTmQ08REttynSpIGLI/zusICspXssta/t3YIS2vKk2d6ZFHjAZMITcD5/nAGc45/2rf4HhxD62iGgjWJn8tlXQXrg3LbJqkQUGgAGNNVofnx5sewKDKwBmaAw5ouMs1vNb/thyyYrDis6G97EIuKKjIPPoD8qiIyr3uddNetrOjG/Z6TeAJe41E8hA2G00y3CzbZzonJ77RNFo7AEYKjzg2SZlvHcJ5kWIIbNH9PtIiHx0JeXtGHMMW0zpsgX8i62DHgsVuduEn1mxhNX3tf81OY9xNEe5YRRdz8WPMT23XVpyAwRufeygiKqkPzS4xIiMcPvs2he9oD8B30CU+ZenF/esmDt2Ay5xgHNxasuQrcMvWOkbNM3M7zEGV/fLyA1OPzry0lZoYTERJ7EKPLGCZDQjvW3wgiVfWm0lYaUCLlZIBy+QH4RSGpc6Rbyf6prlQhlcf5GEH1CCupYmDz6lAxaBosyxLLBHp3ojm2lB2iuZbfEgz7cc92JyNQauMJMzAGtUlYgTVdJ+MEMI4OLik6uZPhlkV+zugdA+fDRELOK10MgD7deO+b375t44feIrzpilA2yxB3HH3vUxsbR25WEVJq/Q8drKpn/jimj40x3oU+YAC4QF/pois16Ju4ISDu6I9qOo1y7+xuREP9/eHESM/7H3/DH1+w8fa7H+G6BMTyiGGV1Ub0gSu0cMh3dHZyAdRrD5Vmd10tQ5r4K06xDm8XoltHNyPfWgHffCuOQ3bIHvos+Uf40UWM7Tj6GBl51SUsQNjib/suv2US05/p3CHsp8kmepEa3QxnQZd69WFNrFSeZzHH2jGBfb5Skf13v82v9vdJSmAxEIC+/m0XV0roMMEKxFGfINJFInPuPkANcgXC8eF6nRz/BG668XfIsf8FIqyfoadIXNbvqZPRUe2IwFEwJzPTOSOE6SwFW71glQnddoUQqdOjwvf/Tdx+RkMg57OzoE0OBtSI3PtHzOJvTsAj3Vn+oj1btor7IjuPHTtwULwAXd4Adv2UENC5oXhSBySnTF93MZY5rgM0UOmygREW/RyQ+fUzAWj+ApDVwvzPoSb6c09jmZ8q12stHEXwILVc7g/VDJ/dcgJUdTqJE0eVZoyvP7lxRg0SP44CFMNwwBQZHvhU32Yp/LrZWm327qhw4WCcxz2YX737rnf/o4Hg1nsfywo+dpKMAF4afO004TBipcbAnA9tnm5+Z3oz+NYODMnEzzLaztW7n7jHtB27S3iMhwiPTYoDCYeXs7TFVMJRh49tJ/SDHzM/qytrtdjCFfKPfnACBoV1sxt3x2a7hrCyj7IP4t8oD92y2wiOeh2WAZz7CnDe/tG3TEb37HNjACrbv0fv8lTICU0OlPVMlQ62ApFZyW2MAH9EcT+9laL5NgJCnDwJFTFsmuhDjQayonohOXdwbzqhSw3UC+duOXECnURholFImlgd3T5LAqz8qNH8htHdQyLy5u+MfPa8OgmAmv8PIorY12C4HxM4i7RNm0XmRx3aHiO09SyNhiUSKm0KysvIpigZ3m1+4EFLIc1fiEO4IUjlgeT+qdhYD240cM9Y7Cxeak7sG5uUhV+jwrDZ/IY5XEC/bjg69Ct8HtEhgpNzbhKgBcLKDuJyMkgvUKgOfDYDncQUIZcekmCDDlrXXpHn0J3DNz185JSNKo1rFs7DGrN1Kiwyy3WMw+JkX6H/ltl0LJaevb1rkoM3eqPvU4ai3RaWNyEWs/KMtzi8sOWtpn1026FCBPJeEa3QOWyO7LGNtZkjjx/JrI1HcLXUIMAPGoe3BYl1jokt/uI9ROcGVvC33EqzEYkvnejljtnRU+QE3mi+9UGDMFkxHnyrqZyAzAmlfcX923z2BGV0iRqVH/+Y/j73FcfACM3nW/EniWPhrY7Ot+NZfUWLcLfRfNpUT51SzUcepn87LySvIp8XyFj3ks/3OWjOjWWgw/fycsa34V2lRnDDU3E5aq42GLjbG3m3MqhqhK3SZmBi+4dGbx20SjOlU7k4Yqe06c/90uXac58d966PqxOhgpDq7U21eLeNtL3q9/JOdzKMy8VPSEjHUQKVl5tvlCH42XoxN5nHH10j++8Qk/6whvjjZy6RgI2UB28rDkj+698cVrMZeIZoWs8Sh5v/hN5wt0vroT2SkF8z80FwuI2A143sM432eLqV0EywCODWgF5id8kNM8ro1sS5zxBSrAffb2lnB6vczu64TGxDrPkDpsN+EGf6D3HuO5koeafjsTpDlLoHo+bMcKRayuPKF1M4ghxpoEzayVeMaj/VxBMnQGKFyPmXlyfOjwgcCIQAvfkPOtEs3Tcbu5URrIDwGxm1e8yOfqW5eObur4yyHb2ywcrnHp1p/h0jCGhL8xfNnzWW6XjPcvqclIHHdrrv9t7XigkLeRn0JaJuu10gqPRSOCE65whLBA1hHf/oOy1CGIybswBnHRl8tfk3DImgwGQgCsq5/2o4GOdXOI4+SnS9n9j12grPuQzXsJ0s/ZJD+vmWfUPK2ceJu/Oed+TJgnz2CR+K9MNnahcfrvUx+tWpSDh1tc6g1/eA9x13SNmMdMPGQ+B78FYztHnV6cLGjWvuriXfW5CkwnuTtbtdH4P+lvAiSkfMcq0trXDgRCENx/4v+RqqoG8jinniHz48F78rKyWGLosf3ntiQNiwbmG7XdRUnut1GYK46IlkpNq/lgDl7zfQpQDNHwAnx0LjE6FouD0XNIlzhCd1zw7PXor8ApYbwWZcUzoAg8uZ46aa22zzgsMigp9xJ39PLHKpBXwTEHCJzmMablpmuYQNmUe5mG5LxpqMahAcBt50Me/yM/v2UwGXy/HBk3Ig4M3Nyz8cXDfUOxhOdZeJt5cr6UZJBk0aY5TTajJar/b7Nb28PaAIaE14jlFJ7My1uX7BCcmVxZb5S8psVBbCgoQWcqFYZebWgzdkWE71BeOTGqjS2rcM9d3cNCKRTMrB8YXF5/BuIptpmuVbIZtlonEnx+y2i3ERSwvfO06q4OAunQqwFznwi5i8Qh5eazxwP7Uvn/lG6pbVGZB7M6PAoVVehhU4/6AZojO7fQQIVguM9fiAxLOcr6itHj1xSXprfnz1BmsrJ7b0XVvXWzW4oVzUJPFaZkodnNQrcYvIn+PUwjAPU15Dn2r4h3zsoqeBdgUXgdV2Bgb1YAubNYhf3UZl3gIxzhQVlXCNys7tUxzMJWUgcScNvuOwcuDkMzQGbX+a8iEOcH59fC3zCJ65QDYPzgoCe2CKD0cQ9awEhJEYnqA36dCW0nghwT6Ip3bIyNt7k5g+PcejmvsQEvwWGcLXlGuVhTDKgP+S+VR2bJaFATYYol41/MEQptBt3Y6hYqJfRmnw753RzK6BExb0s0PkidD5JzEJEhCjr99A+txNhPsr9JgnR0Y/TW4TzEDRU95FWEtONeMCPSvTbaHHrIZkmSV9uO8BX/DpTwV9D/QN6yXTkhrw7l9y3C+A4y5Op1QWzn2T2h1UAFZNpS/mHBtP9Og8196Ba9s6OVFnSmDJvQfa6Wri5pFr70C879SnNhc46Lh1ENeve38I4AR6irT05b8RDp0+Xp7gv/pXtOFvPytNj7xB/Pu/bfvzxd/gdaTt3NJcHdbACxkqaLzUdAIcz0Ca3WRddlARDt5+Ii6wZU6In7j9oGycfdCv7tq7T1FK1t5dTrvNv/rNDBXhzG+gSht+9luR6Jmhb1P7Hlz8DfM60uYmt822u8UaslpRITUFtKxBQ2mHC5WVxKQtY5KE5CsulPyEJ/he4yoh7Y96EX/Bmch4ghXYgC0KKHbH5f0cURZJ1AKMyCbGI6f3yP5b7g2p/f0PNxoBdekMHjpM6KdOufk3cw9tRBKLGBWY9bC3+ey1OhbIiGMltPGhORh0XFhz36OP1gqtQ3gEWnwlFgKvcmxDxzJMIhr7Ledohc4DtGdIOYsINwFL+lXPF7xA40SYs28545Wmpw4eLA4fPin7X/eIX50fHbu2v1/2vuaMT3z11i1erRE5c0L230Vu5bKzG847r79IabrjzplNb6LUbdvyhIMurrgCLPP8/Dsdig9efuw4ODjDIPRudnFZJ6O9nMMObZOwnGKi+WULXWjc/wAxUyevv0Q2XvcOU10ny0Vz165dubzkP31IFS45ccNJ0tTXH/04bdGnz8Zvu+02h5LHP/a1hhv/kfF2u4tHIpBKOhbDdLTQHkVj0AppnAwqDWqSjofxlCvu+IvBJgUkkBgJnu47FCRQ2auovk3r00FfIZHQofnT5k8ZGcENzKoN4VepAE+BB7G2j3i5f55+czYLsu0Njh0CgUY1AmKDxD2PEVQfuocTkEPfzYsc5NBPaWWOrbsw9+Ynjh79Lf7hxO/umVg5b+WnmahWOjJMjB+1exXPFOiawrOM/wvvBvCrpti8CX1FNXgkFpvR5mFRNYhpfqc7HjnPJ922DNeZ6KEnnjiKPjDxu+AEvtRp60YkwNPowx6N2idqeDsT6Te+Az2cBjw+OTmOIY1GXwXXoaFCPl8Yop/zLH4GNRZ/RefsLGLWUGOiXKbXT8GvYTN6xnlfxbHpccJ7anxO9UQsY2QYmcb6eSmMrov2+VavRqFgV47X3fxscvG3qAif85QdTU8XUaGdgiVCK7vpoUwrWV9ozb3GIQY0E04dQ84MlGpuCEBT4f+ZzHSZWK7tWTg61Lvx1f7BWsZgvblUIocO7nn1uCWwoGVNUcbN23obIxoS8EVDXVgKGlJlzWhmzJ/izJEqJuFeIRsbGWjYES2z72oNxECQRdcm+iMWY8BJPhF3aI8R2ncRPkYcnFeqjYFOw8UYOLaXoJYMncomGk/nJAjo7zjxaiUJfwbc7M7D17KvPrFztRVIJBA7pMLD9oaxIYGL5P123wTPoaeE5j9333CUP3LlWDQI0E/8jd5ovrvey/+CTyt8sSuydlMrpl/8LXyH8LGXnLjeM0A0f0VesDXZR0hsz25n8lCYGciXjKg4FmMF08I8E1o70Ld7Yl9j1VUfzE3lVdYHr9+6bf1WLz+t0OkCJK2OervHbzoytuZQKptLhvzIrfkivNhPeNHjIQoNdG5S91ESLJM480x6AvilyUYnsUWBC2GNW81CZzlM6uvprCbshQsu4Bx+mA+aIE2tvW/Y5n0H14uR7eP08uTQHM9nbVtFmhYbmC3y6CmGIUj8q6yeSHCBAJ+7eqgRyMzukCG3dy/l2PuHEGuZM1P9XUVftCa6egc/hc8SfDzkolHzhfnEVnWDZbbhecOJ9x2PXYav+lWrfuOJs160c3J3jzDXOyoxD9zfWMPJ1TStr5iU90QGZB/+6lle9sY2HrvAZ1w5VQSpa/SQziFxwzoOsn6fzN59Y8gMV1RHhl3k12fRJ16I1KuT0K5o6dQlOHQ4c4Q0cqmo15/UxDWrVgHyXboBBbnRYKBrtEvD3RUWTp3YQU31VGNsTBqd5AAnQ+lEPpeI6KUCO1JrNJ9ueBhPfLFOxuHnPeuIV93nOU2ia6eOoM2PBCybNCvk6zWeSi3Ot6bFXYVbSmAl25KGcj7jBRKEEWI7s7JGId0LnRStA9wPZ4K8UOipn5gfVIp1Q8tGA0aYIFWEERuiuUqeACzUM3x6psgHDG7nfmE8vyG/uvl3q/NAVAFu4wHjP5JeK4Lf6lojIZxI2gMklE4NrdvbY9ghb99AMSPxhZHRQjXIZTij24qZup8jfppHWGNVXlW8wkSuaiuKGSdYDnh/3/l9yeHhRJ/GWlke7gAYrdX4vFzzGTUtmWg+ApxCDETetGzZlR/BQOgyMgaGW9bAslsJJMIWa8kvt2bFXEVaQoOuqeiihgGErm1KcHYt8TprRPXyS4lsAduR8lqJXtAuvYxcoAOB2Id3vEMs6WhwWH7NndQn3nYnn4w3BsRLTzr+WQONqL/HzTNDHn3EI1FksazOk6cj9QW0ETLWtqo9w7t3cw1BOXJSpSSEQgo60M7m30LG3KtoK/e+mVE4Evcu/vniMPidNoor2yDe3lwqiGzN4zgwgMQqRUTaO9pu75McMKxv/MrRbYVErNuHJXmEgDHWDASWtSw0vzilmYF1lWK8O58womi9/8tfFxm2hZ1ipMPriBzGOla5/qLETMBeBpQGwEnJvEAUjo0+WkmI3uN8WLNk4HaMKaPDl68VlAuO+0Wvd3jEttYI6iXHNaEtjub8tl43JTMoDs690RHC3Fpdv3SFOFpjvZ/QGKA0rpRBq/leagWJ+E+eUNvSZphzd654kaNz+Cl4huYtDapy7RnBV6x3L3nV0cYPkJBx8rIjCVmqH59dWKZ+y/TxZRQUPiZsR1tHiMWT515CR1ee3XffUr/QZaRftVa/7Nr/SY/atEP+4CsZR4TM3p5J86WGkUsU9Rn/heLEZ5g0q9IpmVleudyqC3KsIXW+BL+AqHXxD/Wr9f6Rz44cqoye4K6OzHTHAl5Zi14V1WQJPgv+23tyjYORfH7spvMn18iwPW3pYwurGno6rTdWTY04WINE1oQfWYKUWtbFrdJwDPAAvLj/bBt0uDbW0WYkrNp26KqpVSdWj4grGHBTJDPbL3Ddk4VMkXCjm83e+KWpqTT3x7T/zz1H+r8Q6eX/k68kSgcOuv6+gfYTeuIU++SWiivcXDn5u0yhC6V6dSmqD8DbuseLB6amTu33JnxzAwRbDbel86rNQ6x3JN8Y7e9mekJ2Y+zYxVdKSBkSU13nPkZJ+eDmp+TM4IH1ay5UoD3W4WOEDhL7ety5VndmPwYvYkiZmCHbnfCB+xo5HgvStAQ7JfVVJ1tswO9jIXtfwge5Qkz3YcSYNwp7dnZUQMhm53rMSJS2S/AOPETw1hytq3GTMO5PCz9MunOW7aRG1U1M2W42h4KiAsc76a5Ka8YqDv92SPP51Nqq6JwCga7ry0W/IUq4k8bAlf7DZfYweziMPro+FwlI9B5IhsUwnDZebBhejeNERc00WLkn3dBJ2Ip9u31O6iKRroZNYpuDuyXzvqhXRdh/uZ8j9/u7SV+sxf+CG9H11CYZtOzaSRSYndy6W23ibVUJ0fQUufxo4667ACMtKvKm0kBcOa+Grg+yC0wqmcijk9qnGm94swhMhBF7upPpHJ+ryni7/97XlG17lzO+CV6k43uCxiA1p7iF8oZGa5NEfSrVSktqdZogXYEjHTcygFqj/KKLyDAHXtKy3mxNAgaoIP/SUWrjfgPkvj4juX6rigDxA2SgM8wH/ozXFYbrTSJlCnFh30kq2Y98xMGOiYRc4NnuinzbzYLm2KHw4jm0GhxMtlSLDM4Ee9rNZS2PyQnPyBigQS68Sd08J3CzfmbMLBsCW2REo2yOMf5ZQTl4uSoOVsv4CASDTmlwl3B7/+kclXTudP/tQhfVuKtOw78iN7YOLf4O5wgNL8h3UDLYNNfjVuEUNESoSjvTUsuTBISdK66krTiUnakKdLm2jQtRx8ZOBQ+GaDUQYjDL8oypcmi/XQ4Cp3bJArk3zSv7iBsa7OvTjSyS8SQv7jrgF0IhuAgCkcER0gvq8xq/btC30OlPGf1i5KZxkFlWIldph06e7Bo6nw/zTvqK+VF15lqay7GIMVkgfSMxfLntjmsrkzNuVJBZlungA8vzHJU8jbWIP/9n9cJtIr8vGstkZ2a3Csr+o34xmkkDymZygraH3NtbmcBT27u7W/c2gRnsNfyEoHSqp2fzLkpab09fN/07sRZvvtidTzkIgWgJXL9tLw47+lAnsbwZKNdeSGyamJgXENsJvRwHZmW2RQL1rGDqI2eILhy6TBWD9rFgrDLIuxpz9ARkx9PZ9WEuEwvl8OqLrTCuKP25m5sO5/61MnmGHvzbj/GqmD6tWfFMMiQ4tCXJr6/AJxwPUaFV8q3Qz0OzwjTscnIgGomeW6EY9VluEsQye2FQefppRgbU/G3vcCCX5dlEAvTPfx7L6Jbr5Z6qb1yhVzj0JBKIZVQQbr4TgJOHBiMGGYJfQiRks1QM733EB6x3jR1ElKbZRQ6eRz/17KRR4VJlkeMkXc5Ytpvo97n53nah7QAax/nKBLQNK7GUtXr7pzoOtXFUrdfgSRQXIgzP6wdJhA7ydFoBUNLpLAeIW13TeZ4J3tLIK4jWtQh6MG5GdY7To2Y8qAv0oo1+Aogx/DywQ3L6yM3cRFoH0P09GW7Rw8ZziAQCBoO6gt3SWW8iHPJrDANCQLdEAUBI01+ipQcEYBjNHwonvWePOLJ49SLv5GFkWgNU0H2OU9C5RwIiInG2JP4mCN+GbzNW6HcLweV82tGaMSIaHsUBkyY63B/Xl7R+rChwUWR5YUm3nAC1E15XC07y19dKt9c24NCrJ7ull+ICUnKTr44xmPcfoGzksmmXj9MyZWOVcAf9GHVFBs56k3+QBQnvWak72MWREwG4QYepmR4/5Wp6ggMPFyNMFfyGi9X3eb4E34FdTlRScxMkk+AkC9s5fwJiHCtLevgtRTOS3XY6oxgMXUbAp5Ph/PLzGOwk7s4fzCg6FjGa5RP20nGY4pZ9yIbvkBhFpsjbY3aK+wO2M01s0ul6z+JAMl0cF7TkyYGZ4kA20Y9es7rYnxk1EdqQLhbT2T7U7+QdJ9An4TSdyzZq3VRSvvaccypHXruNhS4o6HSVXMDiUfPfm/9uwxVI5dnm71jTZC+/HCTTcvmwCUXhp2gvza0Z1ZS1CR5C0VWr3BzZIyhITj/p8dERbqws+atWbJojyzvgioLO2jtDOw9H+HJOjo6ks08Hs5wPBQOqvEVW0dl6XfUlejlk2XmfL6qC3w6LBDQ4+cdn8QT6BkW2truCQO8sJXBjiqXVBrpzwO90FhO01hSA7A0K7dUGzp+Ms6AAMu7CgieesIzOmoPms85f2u+fwK/hy+gZWu8PpdZkH80vOHoMZ6PdYWl+vWECWyoGNAk9UwzH/HyuKxgCtjESYB0b867Ff0H/gPwtu9eu1ujUMHuhvYyMmhUHQPRCul21Wsi/yyczCnPmzJkrMRY1HSFyeAYhXRMxvvLMmVMiwlwMMafIA4Dgl4ofozOnT5Njv4IFln6OFbDiR3Dl6TNXsBAXWO7U6TNXI+zOez6Cx9F2om9BWuUDlU4RdZ5dUXG47AbsGu/tG5ks9I02F93iw4sJP5ulkf7uibHewiT8R884vdv4EVEf3i1B/Meuxkh/V2PU48yPPA+XkThlpF1/6Np+N1DSSHjvrONoVctTS8zRKVPXgjhVdPTiF0urEewHVhGjXEJjeR9nYV42N1ZLcwgOvOCytUUY7BMkdA78iubjooM+DjG+cHnOufo7MCXv8qseWPzlYh0eh89QPwpEgZdR5pQsugrXtndL7pPmDZypcj/Rjm5BLeSCfp73cgQfs5naZuUqC5WGGHuTFY+nN4b4YjqYsBlV6rXRAcBwpU/BmXDGyyJGChVXeddxPu8X/1JcVZBEvqjqiXLMjsRYYxUHd4hez/9VrvxWAoM+ju51bEMDJRABtdTJuRAt/waWwzA9NTUNmGNVwPej+wlqukZSWQIJCShkVSmM0Y4dVIdezjb8z4yf/37+HjwXwy/hG24eg060VNsr84jJppEDseSQGJ5ny7Kxb8zSx3eWsTyLZiaKIhuLj80x2sVrWNGfd9eCfQmpcIbYZrUVy3XKm2H1wmAhjsXBgIHUwVyqj4ekkc79f2Ub96Eu4jM+/D/lo9CfvayPgmYZfr3oJ/LwtuwFneoIuAJplqlE4ApYJpE7AdoSgeZT5LN3u/qAX6QPH30F6kDeMYmExVe7Og8rdb45+dJKD80U6lp82OUT/EE+Nd+2nFEIr2QUPf8DjIKmjqKLf+KOCyDjoql3BgY0C/DLxQdeVi+b33uFetm8C6mLVVcv0Qq9/K+XUEsPIrywCS9eHmc0n34lOAM196Pg4t62jsMf0vHm0f+Gkjs0z8Li4lPoSyQmo/ktghwdVOmidrpAmfh+e/lV50rzeinPZpEWAwGL0qAAeuWNS1fiRb0Ci5yN4QY2IQAi0SMPYb3U27nUFSGnji1prkZ48VWuzYQX28zmplduNOFcerFIePZ5Oi/dWk/jWb6S+tykQhw9TQr4iUbxTeL5/85QBBbj3VjVVZFVf/deLHbq595FOf/ielS3rr5TgLNUhTpBi2AJsJbTiWpoprq8/JQBXmHOzyR45tzXWmtUhslYvR19jPA9QVfJ8+4MtafurIN3qtYCOTpqON4u1/HtYvNg8wDm4EqGVZhwmCEx1ymMms8Etoi9Vx+/4vtXKE5ROkZvZUW6kp85d5Jnns/f61v/jT8HcDDJrwjW+6jH9vQ5cxXL6us7FVmEgFw7mbm8QI2lCSLyL1PNWJf3v+uKknzzO0PSgi955KG3HxlLJFGj/saQb+8WMXZTOJMO3xQTmzc2PtdofA7p5+0G7a7T3YO3XGBFNm4cmpndcWz7aSbwlptX99+T5PnkPf2rr/zGl9Np8r+nnSNH5whfupZ4X+vUxdsB/8oUvpsDgJj/ir0KfwF8D7MahAKcyOLvwQWy/7a3+9X+4vr1aGF9sZ/IA6O9nMYCZhXh3GPYifO//Ffor77kxPnYM0ja/gp6zEFto9T3V5JWheBKEie72b4kzTFm0jbhRcrhR8rChbLLLDuQdANVYmr4mohuZjAioTOrmM2a6U8kjjdgptFofvIJsQFYxlEJPihHyAE0RPjbvwXAx2pVwKI4glmWWcB/86lUivy/6PkOlsRRkSGKhRhyIOHveJZqet9Fc6ErdPSlK3hx9YU1u32NBtFH56ill25dRRM9Rf/S2tHkALibMJQ6ic5ucAdCulMcTjvvYDkijVK55iZIKmOAmonmR5sfwiS2vOIe2Dx9LyDS33lYi8OUNaBu2pa7cvfpS3mGFW9Lzfn9ivf4G/HeQp9Kb3ubz5GBw4hc+tAt+9a/D2GdhKkM9xOWIYNix1aeOXsrLwrilbEpnw8hId+3U4NOH4iu/znFwo6e0x0j2vt52CafyVNczHNLKeNkO2PsLhew6DNT7O7p9VeFCdAd2hdJrdrFyEV5k8lO5UIMnNUCzYds7SwwodwUa24it1Df5IZTB3kUDd0Ql7aO+gRetIGfr00LD9znJJMfEKZr8zzYIi84MUKLz92emmdmWf0MpcCJUpYVZTtFBI5Xt8pWtrI03VDOVUhwkzad7Czabz71Pks7q51dX62uJ3+0F5w3f4CUYF861ROXgB+sagBSvCdFaDsO8kT/qf4JGY43XnD67ecFrVQplzTxVaN1AT8vaqXlPH6KzkGtoL2Vt2kts7CdnLK7z8eyGuR6qd5eT9ZJDnVgPxUJerVLu7QwcBUPOi/Jgoyv4/tFQIN+PUAl4D6AsDTYR2y62M9fx0iCLPE6sNf0dPWwcNbpihgava9GcxmS5mcRUma57NFBPy9//vNOKe8pYI1dC1l+VkGI9RN0BLy//qYJk+erVScPS9AAlond3OMizRXLNUgE1UlOtVZNZ5Y2tKHzL23T4JYVOPWA5Ml2eqfUWo9LP3BuZtuOK+sXysQ21Lr6QoUhlUMcIacBfh8ig1cGNhflheY9Ah/NsSBj4nF8fqCrLsiD6lAhxK5SVh/rQo9ZkcT4YVYLeGc2lGYyPACHWbnsA4zhyBGa7jU1cfrmC7uKuY9/PFfsuvDmaVEzaR74yBH6jK8ss5hm1zPihdrhjZevCTvy9nh+gxrQR3HXBNA6oN+4dUDkOnPD0nXmhtb1UZj3PEewGF3BaC7tcFJf2lqA6DDvTFk+N5i1jFh6a1Bh8IpNKuCZtUOitqrnqq1BDkkqL/Ar96n4f28PDOS5FOZRxXk3sSLwgh44wTL536bH7MvdhO5SxvLH0tssL8JcSI/10XW54QAZtvJL3nkoN+h0e5slQlDRrLVdsgJqOfP7L///cf8lmnvqh08SfLuJjKtl+LpcKyzbcaO15NluzXq68QS3hFp6UQu21CoNpl6jy3VvjqeDft4b7omzwIOIzFSs34tMJJIzNt4TiaXTsUhPjAPdBCR6JVb0ekVW8hLLQnSJRxbiYr1wYzpqpThk+iCGo8JUKpHp4fXUlBDFMfCZmVrG9KGxGd6XPnHqGUsQrGdOnVD8qiZ4+QA3xfrM9h5TNaePs547W1F2HNOBTz3NUg85OnHfXmfvZEMKeWo3Ojs11KgWO/mrPBGsY1Ur1JQs26Yj2s59tTYzyZvWUvrLEfB4axJtKhsRNK9gsEGO0VvM0Rku2G9Hs+kY5+9/4XU/F0tDptYTZRBSA86NgEpitGhvOJLJRMMvvtETjsKzkQxisYiIWUVcXzmZSPfwvmS5jyPnikVEkDFbtxqUtYnWHTPTHB2lO4PQ9HRipEE/lRhJOKl81UqNpju34o5I4p171KcueID5nLOPSIbWhb54L5HcK7jygv1G4Icvf75yP5Lulzlz9T7jScE6VKZzYIY7CFGnCM3BuT8rVDD/WSQJzBiDb2O8PQwql1KS4m/ezOlBjJECH+DTMpB4558QLH4X/b1TN1xZck5LVTfOdgKOAqTy7/YqXpXzFUzFV8yZiqorDFLf+17bhlMm+rBkiGpWl/2awus5w69oMoM0EE2/GnHp7l98Ht1C7Mtejyfg7HBGy2vqmXQReiCfcQZwq8jP5Mt0ntIL5jJjv+QtW+nG1tBeUvF2TSDPXduXnCvvPEonHFRJEUAREBOYntf8WP/IFwSdZcTh9TnjIJKLPgxqwIx7WylJv7Emp4i5eNU7boZqvRmTIFtRCFsKxL68ykvUBGtsDJN4j/FyM6tSa/w6FnoZ63y/b/SqXj/Ly2DEB2i+UtDThVEOecMlI/v2ejiYS6TZX3MBd0w/j+NkTK/y3OPUZNClgg7fE6i0DNHQZWCtodgqIHQnu9tzXZ2lhsZS4WFra4XCsiVCK8MzF1lRhU1AHNmtcs9avdIpQ/gtqCzjxfMb+qbSgmRMBiyMWLqa1R/ezGal66bsyKAcT5VmJYSkQ6u9HIeVPXdpKDVwEfOZ2vEB6VCcDGHJtEUESmStn037/KWit7scKxUO7LSG9lZjiZiXBx6vX6fEysl0LpCRQc8WGdWn9g0bYfQXAEIxMhgiKJ1nZbpCnJFC3igDPb7ooGDPl4gWKrU5hi5XY/CBeSEyVpr3QfMLNeIQrQBHS+UVrxJB+mjQ5zUNKdzfKAQ1kVWms4qC6SQSpiF8OBSNe207XjYtRdQDhp2lG4OgxcXFnzg2d8azgVgALsO5ntmF1JX2ZOKSXnoRR6tQLWeNRAMHWrGMy3Fw4gSvY1wPT9HtDQIonPAGvD69viOdYaQJH+L1St/2MBYBWCswuoWwhjCVEVUkNKamBjJ9XohYAdOKZORDEeFMjWDVGLmP7LBmCP2r1g09sSbCw4QcTIZmN83sDOvVLKuKKBxZQ4sUScyn+HlfLhtJzsC5bE/vvrvkKy5OED1cu1hE/wB/7dnm2UdrWTubvNTcrL+7uUkClo+zQoW4jCqdu265W6uFVJyN0eqdDXYcPaxWsLN0J+/oIrwuZ5MYK7c25/Npa686mc9GYGDA4LXxblk3hIZCUKbNBQ/NKtiHSTSXrSFh02Xbz5/a7eO54N1HB0bfZSfwPKdwD2dMA7jM2vT0WHRqb3IwzUG1Gs8aieocURZ9C2MpQTw04SsMHP6QghRepjj4jjKrKMfqvdWBUDITvOCqWnFV89MjUZnfPpYKzTm+tmfxZ3gYfd7zes+j7R2s6E5vNu2Ts2WQM1PqLA0t5NtVSaS7bo25O2rJOWVfPd92z8tSYS1GasgpWSb8cty1180uOgnGTAvVOqzmW3aNNFeFgiMPp4ytNWWbH0sILCcCQ2Js4ALYKOu8QPovemOhhGTENJ3dGcsijulhOES0iWAtJVZcN7pjOFiYP8vGuQDD1nbx3GkJ/AQXA5eMRLSsVhiKJ8ShGQnUo8A3ggPZhW6bYQRJU1kUb7D++PYEa8L+owowcj76Ki7JIxMCWOXZgkDENhzvDoW2XfOuQKEnpnmNRCQx9Ef9CY3WqPhMhDTZ6k1EM+X+2vrVQW+CA4QPPszwLDNJoBaPTp5ic0k7aEmsEkkjefUQ80WeGRoWbpy0rawVAVHjZbr1BwFab72cV3vk8fW9dI0e9qHyUu7hRuJjbnRjLbduiinTfbYcVSy01v611oi58nM4TjNlFpUPnQZcthCqkM8uN6ZLttQp2HLLkDub2VDgOeBOpx9jEEdiIJxloEjwRpQtSCJniRxHnEOGxcGCQLAlFxB5niEBFRdE4kYNu08g8imu+U1AxFqIyS6B8G0Ne94CpkbTW5VQ2GCIMRsiBljA61UsMgb6U8SJ0nSC+RFRAOZ6Amj0fGQgqsd4BXEpBklen5TuielRr0Va81u3ifxEXY6XyBMc9k0n2H9NdA0EFX80E+XCzIBA5GKYLCLvtroSshHQ7Np5PoK18GhNiZWi1KNT/P0fzDji3DVcdC4yRfjD8e017q0JxDqt53XcN8sULKt5oHngkgAnBfwMx5pX79K0XVebLIeNgMQZo1kfPAQhxW/zsPsKQyNk+LddYzOaytjXbNMZBJqxdbYguTV82uIkGiKyHmzhfzdeoyi+3BFvZ/oW6/QA65SSlCywjH/TDRbRI8yQH4llQtdt1hlWkLXCgYYEij8ggDS1vwCvU7wWR54+s5Ewm6HL5Xl10ymDYTnLq6iZeaX5aPPRQAAugouU+YxK6ZomfJkgfBmgVqSeynXSXm69nqNFGuvazUzRTWKQp0hQ+XZ4yEjVA4yMsphjjSu3+ylUpYv40fYrDZa3HCZFQoSJBwP/5SehW3aGPCOzlFFbrrM4AXEspjYfrOu2+FmHXTELhBa/Gg6/+jr78yXAqTChf41lM98tc++KsZDXKFf2T0lICBg8BqlxoKBRDuqbrwthn8Qz1g2b/Ax7nssPwok9nIF8TPMdzUcpS1wGGqc2BSRl4xnyINfSHcqjOWdmoqUgdqru8KpWfzlO/T4lg/GOAr0btj1ppCZ8LRV7aSaeO//FeoiWVIzwdn6Tq4Ivzdnfo6SuHdKazxFeL3rmV+omlAIvVExet1/A+nY5XseHUPks09vrgwSMcS/Q2JViYTg/z4Su3+h3HyDCc5T56x1ZqKKgrVDj9zcfef8KaWmCuFLR0dOOglPZNci4/xrNErCtYNGTsVob0fKcQ3rFNYzVSntjuJJrOjM2QZ10ai/AjOsqxzH/dO5OBExG4USOsQkoS5UlnePnVh3cQCIJTdtzVfDS8B2fm1v/aE83/5imY/gMSpIRa+R2zIfIXzAxI2mT6/fNe1k/To1ImuyX1uC9gTNPTszcnc0IDr2TRNe+RmtG2/sq1TyTsLQfXX3Z9nVuNO3WMpC+tMdums5FXqTqxGgP7IFK7PrQ6qnoOIMI2uQ5efOhNTM8p0vlFI/AZkhfFEtkOTg3+TaG+bRPlSUemI0gho5HlKzAuWtTRlPYz3rXXbR+UpMYbFJLFOor2z1F+9zDdwBy9Wh6MUlo/7BnvFOjYnvKBRK7twrH485eUw7FTnVw3t1g081elQtF5Myb5qe9qsDhf0FX/z5eTx/apPCCdzmzu3t49EcOt899j3I7v2Pt7+H2qPgibrt+oUNzq7YAOA/N63cmi5YIrbYUxR3G7XiFBFqkc0xcI/xu/u2e5pc7/Na8Ai9v+b3sZhD6y3skDn1Yp/xu/m5j89ehY+AyXJS1l+J3N4nC0aEbeeRZbrtHW1UB1is132m65ot2bFq0fBpc/cot+b0EwbDExwrwZCDwpldq0uGNgUDLjj5D6K0S4lub6/XCH3TEqQa0YQvTN7mTUzdV8StwzA911xSrkYbfMOsbQX/32Mv7aNyVC3nzLI7GW3z9NKGT7glIYPMr5Wo7yiWQrWVdbqh3wYP/B24Siht9CqduqafS47YCxzN96JWyeCgbStr+3lEcjWA2723hy//lYJ5UG/M4c64NdikmdLdCdbGO1TSQSrOCmMNvWKDG2yKQjk/3TUrwnhbOAcYgABiR9tHCfTqLOEEI1+crAng6GAtCS+2l7FZ82evMbheKHGViymlue3O7NNWbJi2wFqsJwsIbSLsULMsYftJqTqitrYcFgeP89y04jbI8o7v1PNOkb1T3ky3c4ho/OpnspIXi2HRk4EKVJ+E90mQfaUsho4q0tfZeTEMMFTXNpuVgE6EyXw9rPHD+e84jfhVTtWIAhE6/Jtx+GTV37TVnamipnMvdYaZdD/nv8CNGBgaJ+N61gqCxLht7pyTS5x02kMCSMViOAml03j1+zuHh2poAghVo51HpuP4K6duMu1f/y/SOfTlG/8Gu43/7g5L4zMtw576Xl5LLu78jfcnQseTppCGIyrnllWzK3WkTUdhAr7X70ulJvr1dPl1o+VFBD7CMlOiWYN6pv2y+ufkWrbsacnbKHunzwnG4hF7+cPMjQm9KYrkAqwri+rtGxuIk1tAv+dMqSjACiR/1+oAMmLf8MsiJsEZGJIZoWnL2NwRxaFwn8Y/vzvmYlxMYLPM4+JoL3f7ECY5/hPiL1bTmoqBTUOSMId3kndSJ4y50X2vbC669mXRnQt/xgLRPA5DWfcTbfNWQpWycwzielVhiGhiGFS2BYv18o0tSadSZsNR3znCKyq57OkEiSk6Vuhp5HpDwaRtdr3RXRIatdCvN0IMMeRgjQ4AoJDFOpkzEaCjLMF5ROPBnmvblPV6GySKNQWYqyTW/1/wXwWjLaNyVUUfb3MKMUmApicdzyxW+pe7kaWer7EknliSXpmwimnmpOyHT783QKfurf3qJTwQcf92xUlYUVDbAsVKqV2h+pPkR26YS0/pHSOiPUKjarTXf0nyLTb+/AeSBup8XSWDqu/A1QczLLBK4zLHSpI8Ej/r4kOh8QQNImQjdYBO0cIKIsi2jhiOjzbTGhqd8133tmctWUEy7wqSLuK1hFdefJ6DkBhmOa9fdZV6kr/AB0gjGBF9iKhuG7Sv1KK5s7t1iScRmspxE7DILkrXlXldISk+pTyRCslWByKUjY/Qw0F02yCOG0PyXJkEsmUjAkRNmvXOvz0ewyvEY85yKI/nXz3lZ7EgsEMnwkISoYJKYmfXd2Qx1BO/YjAEiww1EhltofszZOZ1qY6ptOKggkb1y8z1tmelq24/WmCuyVWeGie7qScTqZnNStTqcwGlGZXwVGb4rB3RLICdpUQCWhMB/YtLvxoCjG1fleJE+xYYNS2imBMsIs85zfG7VxqPAuZEpR+zQn+wOoNNjffK5P2F7Vim5abR5tA+laNRaWuX1RhOpkMoT+WNJwY9OkpCcJdAUcgvTm70cecY3kIxIUiQ54KNPeTdPL+QIOsGYJXIi8A/D5KP9zWfTeZHJF3irVgpRPsVJrPOIE+tc4NaZLWdLhuLPVoxTX5bKTy9b9kbjASfA4ZdNfdv5gmsFyJschuqwi8TqhCzY+zTDcIiTrQNhlcRp8ey4IZNzhnlmP+/n9z/TuatpS/ee3sttV0cZJpqR5Wgvx2WCMjpHLK8EH5gj5jegswIqG+KdzZ/dKVr+BBJYPUAcytqPSNJH1i57ACWX3579oPohZY7hulLyuevkSJ0T+2wZ3eHoDyz+DN3kzP9m2+id9jTVCvdaX81BtxFjM2maaa2DVxaIe8sVYVd3VlL8qh9Q81lWUDWBufce+Oqb3pgqrJ1H9ys6YkLbjuzdELJMRTx3OSuQ8bAACz+HhfMffYy2Pb74H+hN6C8JLlznoHDbqeV2d1Vevo11Z8estlyWqg+w2drzmAL0dKFV7QKXVsdtUEDEc1OT3QorKN5Swk4y/kPnebuFI2f0rs1bb+bMy0arcmjXptUXTA0EvUGenYLQqrwu+EwLvtLVAxWp2NOY6lYUzU4NxAKismYnD94bT5ZWP3bBHpno0FyqcGxmvPnImgG7ayJnxnbZiLiAxNatDgYD1CB8zVCukiHVWnLgVr2RgCbVXohAurKZjAoiYnjg61+3TfaHPyABsd4coEsPnvzrv2b8cAErEGVhwbMITlG86Dv3Kj/nLkHwIMGp6SoufgT5iH6PezZ6DrZiSGcJgPN9NK2txKiG1tqV8c5W8ksTgsQC0B25GWPZNA61gkYhj9vbc1Xc5HqVKP3DsilJiDd6E1YivH+qkCLjnmV5QzEkQinis2ZhbN3QaFcCc4goJqIrUu8Ncl0jrMTQ3dwLxW1IPh3NZasSuQAEmkChOK8rXCJBYNLgay49eFWlvyphlfyn08u8lwRPTKJ/4xN3vjNjSwSlqIzJyQz6Fq4Vaq/du0+KiOLpu8AD4rn3273JyA7/D319NgHcgE7d7dYiLv4Q0710DFpJQT0e6byHxvtkjKMBqBQIwCqU/PVhEY+JzdcSd1Ujxv0v9lwI/+kdvHgVwD9h9A6O5zn23IUEJzPE+m1/17sAXR3Z9efXYHgrT+S+f/FJ9BBaR2sP6bzsKNTaX6PU3rvY6nyx0tKiWbvcuuLEQvs/fjtkRyKXEkRz6io+KK+/zBR++Rw5e+6Xgn/PVNwKXXmKnF1ynX30waj8X3d+gkIauvaEoAhsHJmLKa3vO0JKrLE/KGOmBXkY7237u9096/YvFgmdn/fMEn3Z0845VFpTAi7ZdE+rtrYg3qUQtQjNuNvkdsh27CD9EhXapwDRlaXe3kgMwbG5kOx2SvZlBMEpTAXZVqKkG1P3/j3tGtqSrQ53OrZp6mIk7tPXiO8RzA8d7T3AuVxw6ljhfVO7uwdpryOjVDtUkQWjy3S7/Jz7586JjNDptdL9JBLBFz3tJQxZ9Z6n5pb41NrT2pVZO55e4S5bK4VaMxrOrFPrSrusiSIgcuUMe+Iq+4rtOzSEtO0X3ipedpyM4FNX8kFlHZXfL8nZL9vyO3PKRvOI8W7afsZnBrQrt+2mX4xDmsQOaUdnCWnu+ZIIl9ZT7fM8i2MkLlHcnUw662yupgtq5mCOsPDZpdUzbTwewxMoRPdvM1rPd1Y7tb5kJT0A1fa6KNdabWtvDt5a9kS/a6VLhNayKPIH2WjFqifnG1cCjz/R6ktmieb/++8u+Z/bR2reE4Xn4Bt05hT4UufLH9z0rludQgEBdThOmpPWhaZb6eaW52+HJ/QrfBLOMkSnABO2WNA/poq8FQtgb//kjYGoxYn+/hGWlVE8H0cyy654YLLfi5c9AzHLSMKf3JruE3HGjMnAee1+OWpmQEn3RKPTkh4M6uJMNLr8AdvLwfJnfCG7FU+SfjbhW8TeRVpVfS8or2cq+TRnBkofKhWRgveNTh3c6bMOTEzBzTvu37b9fngmCKNjxy663IvGxo696dn7d+y4f4fj29rv/b1vfdHbVr7G1YcNi+vx/8IVOi9Tb3OVvMbwLOWZHdtMLCKiQdUlfIDjH/BJLPoY1F5jMaLk88O5H2BB11k4fgx8ZtcHAyRs4C+WGNR8GCWey/KirhHr/7v1mABV+NIXZbfGA3mmF5/HDfiMp+bgjqVvzXJLwUt0bZYT7Qy0F+S3U38kMEq0vlGB7l6tLdtAyd2isyHYYfGiNXqtMa8ZOgeS4fVeucv2ydzoluLg+sv8HK9fuJrhlXdtl9ddmOrK6M380JRUWjVWEgO2RD8Zgdsw8l1ks9ya7RrGhQJi1gdsTdiQ9B+YD8/EZs6X4VrtYFjiTheEzWOTu7yo9TjdLoX2jRmHz3q6PA26L6XR2YZyRfnFUt/a+NbZ4tzlxLIdOXMdMNDpJXns2ULPO4/6+J0nM/G1U/M6IO/NF1y8pdjjXlpokEvFHnz5hppP6ilsnuahqs7Nen3l83ziubhoDG+V0IZMUTePbufq8gJ8RL3WEA4H+WJ9r2DHxe0ni5HB1oV9vL1pYvjpxh4ReeNbBdTQztNwtSvwOJoZ4K39xQDWLyFxRUOm2wfQ9XbocfQlauPKzhdcdX7VwOPuXtZyZthOtU7mfEDzchLYEFewIEsYZl8zfe4/CLyQvCJxochZ80/iNgLzGzDPyCJiVY6FTQ8tNL8LoowESeU9/4110cjzpkUBniLPa843hLWE0YpDyx2R0WyBI6m/lkyRpbkCIeCXH5d5lhN4iU5aS6xgSd+3STjBkga+xZoQ8GO6d7bU7G32SCS0sNv5LPRJtIfWqtpL60bcRRitqR7QGJ7bq+mEHV4kekmABV6bWFOC9Zq/qh+qdvuQ4NNVDvUjDYmIR+d+UUSs5hcQguPPXLw55sBRp62ftdsynGI+qPlry1aptIs1oJKf0sPE+0nVu2cZSSLRhN38TxJHAytqgtj8PqBxzS/CucWLwX+WEfwai/rP/RzRzTAEEVWAWd7eBXQ+k/C+WqHlQ9V2LoMObdMyY9CyUNSmtAY9z11k0fqE8NWr5/yven+QHNIvvCAEbDwxdd3aYR4I3A5+MT54q4Zgb390+1ai7ic432D8i0GD/fRnuYHpyECuzn3206yxvN90T42SbZm0XLrlRSh4plt/tMty2vuVOnv1o0ccMgLv+/F7bfpNDZJBiRDvO3TNgkMDuqBNxMbzd22iNPBeQgNjmZSINXODK2joR9cQbDfp8TiFklZ7j7d6G8S0SmCobaMhX3WpKM39lW5P6305HyNyiFqGJgiiWVGQNjeYCvV0CbiQiHetvKmFksPz/T3OrZ7RbvBbvoxR3vOp79W46hafXBv0Wsmu7uU3Vk0lh3G1pJHrbt76JB6Hs3RNTH1Zrez/ruzaw9uorrzOnTsvzYykGUkjWbJkyXIsv9+S/JKfiZ03cUgcnsUQQ2ySfGUDYYGShGRDSyFQSJYApctCobTAwm5ToIEtCx+7tB9005Z8bEu3L3ZLS2g/ut0utBDwZO+dhx4hNsb+w/O4njn33DvnnnPu75xjS6OM9QUHSuFmQW5SVC4Z84mtmerBfLy1eWSjIIvS7GRnBz1vaRnZyG+P+i+4UUSVgUynFp1eEa5QpAsPWGeXrghZ/HrCZaBxml/QX4IZ5ouZ36xtKysTgVP5p3Yoqo6tBratyu1O6JwQlHHT+fUePdHMQlCsEL0R1E6IW+tjO8/rT8Sr6lfJDMgY6xekm2pG+89pZeVMWg1Jju93jsnDn109rtUlK6KDuosLVm5FmwV8GeQu4MFduc5eJtuLOqlJwycJU3hPY9ca1gM9y9lGHHdHlQo1pMuZdQoxhgU53js9tp5vqEkOdJFLDGKFyhDHharqW3LdwwnYoutzbSejWjier+sCroWJM0FO4xSWR30NdSgcVtwDnRdkmHhFMNXbwIS8qvhugwA+jyZbceG/IbrmbjKOGdO3uNix5OcrU/PJgyzNU8hmesHB//t5ytyYulOC9EEmc+I8+iUHy0gtgXQ6WTudVFRZf0cZLmf+1uZMyjJpfeuGSEXu/DVLllR3ThDjAXgFY2XrWfFI9sL8aIpXxlqTkhR0qxeNVlZ0XbCqrvb0dp1TZrvmdaqgILn5rGlOzjQqcks1juIwluLmhVSUhXQ86q003m2LRTOjnJRp8Cilbdw52qa2yidpFfacfIPwIEh0NMs/U+J9Kez7x3Exgo5IOdsv1pnrRXrB8W3/hyVymbhHFaW6HVc3N7c0X72jThJVBbPkV2T27YtXxuL79oXmVpltDtxKjATEcgpuqt95JW3pcYf27QunqsOkEQr6w6IU31ghCBUb45KoyBqtyyagbQGWDWzT5r5v3t/iIeu7GJokLcJ+bVsAY3LPzttOayShV80aSQ0LVEmCj4Gn56mbZIyeBqI+Yx0l5DljbccWQsv3inkNsv6U+SeZzSWtg06ncnPRHueTHG/uniQRzz1HDG3mq3+k5GjjUeNmk8a2JZc2gWVv151T/UdK5DvpfriaHmx5irMjQ8FnUndNk0nvwCMrwDSrmdG/7TaJH7mEEm78iEbTMras+sDldVXS9dbhWxyX8Y2cnC6XHLaBm+EQ5VyRixUfkz/wnDugc2SaM7zAatIbJfkgCrIGEdu9h4mhZ4gGlTWrMBerahViYj0s3eokGoiVxK2EoJIyW5qMrsRmkS00Onv9ri2JJCgwyPJz54UUN8sFYksaOrr6YjCu6zlZMytvaW4OmsAsvYWSnX39bT7v3rs5wfiLGBQJu2XNb8sSh8YwzSdny/ZmcJmRDcWaWfzHyNtDS37BSoC5o7xYVkXL9zGiKnyEDPa+z0GQFyOlVbXeKKWGftMHcB7NWvEz2Ap/r7U5tqSmz8ZCKAiHFryJfknmB3fX3cYxThQ9sAR6Efb6Vdn4k/E7iECEjCttcPdd8zZYGdaYszc8hmkFM/cDT/iUgMAd/vJX7mWF+W64ivRfbtFvo01sFroKBnozqjFDHua/OUR0WKI7b5JEUZp7hOUFRRNYSpfxO+NPsgoXLXwfrZY1zBhPi5TJovE0w6gK+Y7u/cqXD3Oif4F7jr+JzIcVVEd0sEm1RayBXY20oIZ4nTRJTExTIqzYvNn4r+xsSBBFIXTLK0ca4zyne/2cvmnN9X5PfkN+k871yGpiefYqmu5IoFQIgKJrhpp7Ez7FXTmzrL+KBX+sZdlMpauEnpWu2kKFPAsAZb4fl7g9Bu2MVVOqEmX5eOORVw4E/OmXdhh/CbNRRbVo8PVuJDSgRFhL9jYPrYkiUHxxYCK9zyZU2X490ujrS+vJtdj+UkTLIp/uMLXjCG2RZzlJp75zIwRTTd3RJ4j4OPKkENTGtuoKpw6PXiQ+eYSKt99OVq3fX50o949i7ZKR2uaqyvU9A2RhMB2EnLp5xTKHD5WEFquyiV5aE+wMbkBrEbRdf9864t16X1QCz+TZV4aPPhrS2G+eRtI3qccPkHLTxfUtcW7nxrUqdjx+DEuJaonbRNlOs6LcaLHwAJ+GO/7aoug1ry+aXRldZzl/tKaurb0nCt1UiZpdFAeNsNDEW81s2isJ7c1mdPKn4qazntDWi+NsiC4k3dAdDKJvL57HH33RXFJksuQ5Orhju636lNYbdNF87pYxHTNhQNSnaspP6lL9JOPOaNVvR3woyKHbg8HlyxWacGz5cn2xNp/xM00ZH2MDSGPHxyQ/edftur58OQj2OPSTcYhRBHKuNq36y9cYNqkmz7RU7/HxIHhYTo+lG7uy+Tis13XjeeMFdIMenOsli3Uwnm7MZAfiMEkuTFTgAPRAD+G3ogUFmPupx6cLdJ2mfylvR+y5HKUR/RS5oyaXlMxRe08sVDL0IyG0x3jBeEHXObZIBd0bmztX1/Ughknybj1HVu400Kkn+ubu0DjhhKAHHf0AXGMuQEfJmOpmlEx1mvHRMas3N+FMrHXyb0SdqD6IVViohqSGzVNDqAjrQH6xF9P9th+TM+z4Gpxn+mk9NUK1+VDq6knSHPkhdJSQ+M8+DkyvD7wv6sQc1DjOZz4vWDF3EnHhsIsl8+16MjbXEL2gylXvaqf+q5ydZrYYieGsD6oZa0bzMarm7j6jWpv3QFjZWTP03P3BTmn14NcrANTHD/pil238RgWCKbTrMPlod3oRCwlQZvKPGb8CaXLsStgMxhssoJPfeFkBd+zs41LtEulLj/tQ/dnH9V5ISIeu5yCGSCPu4JrWuVshyd+4ckCBCG/8KmnpgA7t1TZWex66re1cLyTN7KcmzWcmFj0nf+OWxya7yFiQcb/5UQnm9hJaN5yRxKH9d+1YNs0Z99+zjyeUEZu5jJ8pInf6zfy189EFdsnQKsixacvFmc0tqaUFzKrAjphgbcfnIKTnIXn8rGu3rq1o7Z09btxzuepJjYwfgDYW2npmZ2f5cColGX94NXLWzDXr3LNn7AYk+tp8qK135vids6Ho2HnXnTt24Ps8ed7MbPvohZ8Z1X/9Iwb5Wvv42XKep6lUXbBvtv8iRJbskJmCzOqKtYk7T28yZ830fDaZi6VG3j4RHGdhds9bhPhL70yRjpyZ/KbWZLSun9J94m3vKD9zw28wIXfTyrEjy3WnNpZDc40pgeadJ112tBKh0dQzOctrMA+pzz9x6M7HHj90+DHj2a6hgUsGcvVnJLDyjicev/P2f/wHYPo72/PDLfUDvIkhBLQLPWVWxnXS/8UZpyQChX0MWxn/fgcexGr4vffothcR4n724B0gMhIfENDBg6xfd+J5AO0mz1Op/pSzcwqqlvRPDlXACXD7wm5LroRgvE46dCgYnrs+rB865Pw/k7dyCPhNEwBle5nOQkZCS06RZWTII5YaSeaGnPlUuhN3t+RD9iI9dz+RVu3k123js83nP0VzD5kFjpOq3xJXlsZQOyywopXl0G1u88216VWCwnDkCR2E0PvNp4oFHzdzGP2B7qCX+Lgdgy8ZtKzRotM7BgOWgTeAXjT/FL3gxrcseh8ybcsjYXMN9p76PWpDElknaiw8k602FKr+OlDhUNrUjLM5CIMgsx/QGr3vc9gtMuSYYdBJvGO6Obd5/+jofuQGhvmLgAUeC3/GCKEPOCzyLPsBemRzc3Z6/8jIfivPguth13uwjuYGy5VViq5d2VZtW/Xp1g+TXbbt3kHzERKia+HP1BqBgB4sZB6stsoROzXlEU1hbCvSdumJrJmwhcZ8dUBbbWPjlJsX3fBVLVgHMo84LrCsLTzawnGIl6Eu/aBb5N1TjY21nA6/Z59kWFaSOIm9ENKtG+lGt4Q4bbBJzzdwSCL6Dt44+RmWNJBYlnmSlaxvMXnqp8z3UKWLJ5o+tZa7UpgP4A5r56EmTdcXemgWeqHBZ9ka+q1CTTstO5cb4HLMzWD8HcBmlBcplt14dE3La5MbEacLkh+x6JFXO9bCOTwOu+dO0nayUp/p68vUyx8e+3eAY31hBl5qiV7X3g4hpOtw8bWx1u+isPH+sWM/4PlwVXV1VZg349tP/dr1HvPt+ePb1UVcOS2+faGzXJk/Bv61/PSZ07w1NP7+YfySOU9iJXFKzlxZsuBp6UyCE/OdlMyx1BkPzfHc67oUP8pscfjk/xgPYBFX9p7msnp+4XNGLWOHMbfQKfk+XjwlwDtEXoSorCWiDbK0bFWpaHtR8GBG0ULhuGc3kRDbt1GRhl73cjZ846PPhm05q5Jn5cmziJxlC0LRwVRB3hSF27YRW2DPbg2/QWTgy/CKg5hyFWh5x8wFaYoty2RK1aZfpAL6p+Ttp1QWvR4Mf/RZ892sWvLed2jOQit/bKctQDm+jtgjr5uSk1XftxBZr8Ar5AGrNM6WvdtwP9xZts9ddIUX9t0c7yjPXaSocrBqSeThn/S3Pb4vnq5gQVW83qveTI+Mph++vC7h3ebzyr7KRI12vRDbFm6uErDo9fnviRGdfFNVo99Zk3bjPNxE5TQUNzRKXLeEgmSCxq/IfoaLjK4/+OT64Zf3RHhGrfQeJJK/7aAHblIVN5aio40rlfT+iIzdiqo+8IBK5fQysqY8Y+agSzgolIiVF8H2uDBmTA/PSRBK5s7XGXj5h1j0KSKG+wDp/5u+iEgALD585FswfYQYaQKHIA/jnEdk567CHCbL2Nn5w6kUcLJx0jgBQN5J5BeKE/nlN1F11uZIqXsnXSKqklQiEZX9JVYUWWNIpEIK7i+TSuQSgPEhSz0krGFgCIFULorIO5eeamGegXfJ/K2xV+esbVE7yEgXURSz1SlyUauCgJZb6hHR91+HB7FG1OdLMMVFMsZlLMPEYddbxr0o8uz4+JFz4cfmei0ESF/nrmIFgUGfF7kw4Hrj51dcwUD4VssmTZ76T9LnKFm7K+1ZT19oR8u4qHxmbDGO4pZQHsIijT7m4HmRSOK8LbE9YWoEY1ER6C2KYKaCl4plBxPRjPvJeEYs70fCDtoqKmg2op219Hla4IgawFSf/MnN8OyB7jUyxvLqntt+9oub44G1Gsba2gDTXv/zB++49KZ2XW/4xYMP/bJRR+t37my9Y13lOZUTt7fu3BmKTu0mx7unok9fd0vX6G3LDiy77pabP7fsgO0T30P0lh/SmDi2Np1JBfViZJb5JWVSNh63iMjNWVhHJ1yH1ivjOXTXHrGD0XkN19VjjdeZDsaX2FghnlclgdjbvKE90lrFyh5F4WPLerbUdzFL86KKVwnekcEAT/e2BY0PDI54q9UkA56/bmlR+VVjmaF0VW7M65G8I+c0TfQsP5vdcI0IFi9PMJSXDWbWH9tj4ABHSnHYBZXGhmubeS5p7pwqcECttXYdbrskQ+1wf2ZpNDDVyUcS+eU9XRNIzvsT9esamv00D7e/mRwm/HkZHe0fArZuRX9bd0x0V+XWprc31vrjMV/LAM92seJ4pwC/3zbQjnxLxZSeTvTtTbonVocT9cPJ7qZAoLG7eqghEV494X7+vDEv3zCxJlPb3OTxNDcNprdf1jPh5Vmpry4WaxwQwfGdXEb6/ENix446eTytxO6leY4pHBV3DTDmIIWogMhUFxycnRnHwwhPclhTEtmZz4cwYvTPz2QTsuaXE9nZLyCF4kk5RkEv7pKFGsaNiK5z3dfcmPv6NRikxNZbJZZ7AB1Des+K2y7X3BrmtMtvW9ETDPasuHU7rbUluIkaKKJ7fxwQd7Bk5QH+uQNulr31Ozx4Ou65mhx+waw3QObehaQ/NDa2I5Sz47scDI1VHcFJFGp2b54JSsvZVtsg3Ox3s02R9Ui6YmJpdlyGiQqillakGT+7dHO6YTRUfa1QPknZ4b6UPjC5KueDK9JNvVNeedlUTcdZrD7VC43kAxbQ9vVDmZzKnmGqCvU1iPXNjC3b4sF2bBHsImunjQB0cmBwXppayufU0vObSSO8yEZV7+5v6l8jo97BL4pqlCjODFkmWXRVkJH6VRqJpkzKCL4bGcqKoXPXnbOBBTdG/40FRsIHjJPdHpTi7rhN3TrtIe/vOZWEG9FvyDeRcbJy6j5zR8tEuHhYOyI0ZUXPUMMCuog1joLE/B5E1UimqSGv3sXKHE1tijDDM16WXvzcXynmNZCgtXsLwJYZ9BryurHxEeT6EPk/Y69xA43iIOIWBIl5tq+LI1fha/AQRsbAYT3afvhwezuhcfBUAnaj11xbaI24UHUL05W1UiaohREdtPLSmDajWfTVAVfTCyVxTmrJcUHVyoMJuy7sD+eB89M+gmo+aj3Lm+kvEY2DJT1jkaxgzcfRCBix2jMMmElgcp0XJOtm4YBVi61YqxH7EsRqhswrtzA875ECfDfDCRw0YTfT3ccSa+ROQSRr4/AwxiqfWNkXwIzPjUeGsYit+8ZrhcPRiEga49olZtuWDpbxSQw5gy8e9qoJ0pBeNmX2nlM84SGdZ65cxtzK6LCUvUBR19kzFeqIgEBM6inyo8kBkbn4/3wnctfmUSDAgfutt5g33+YUNSD+1l4HeDIF/kDrvDvxxTT9RUn6J5ombEhVKPxTPndq6lxZ1GT/1FRjZgr9SNaI/ld1/ITv7eNVmqawb7/JzOz5rY2H4o4hzqzy9MnhqB2BzsK+ZnoxgahA1p4eC427cBAqgAPUpXsQ/8O9Q2jqKGJ7FxmGaqF/0ZufIu7UQgkvNtTUwZAJCqFv9aJ4tjjSF8NOpm/R/fokbi+uu1Z8HC+jFN0NOC2GseDvOD2Q0UYMJBcfzYh8MGl5SNrPFNUIPtjk3F5cdKM9m8rjG2HhCMdiX8dL5l1ZhF/SubrYKMFNJi4CvfrxOD974x/90+IDBreb+ITyqD8Tq/DJ4YKOfnJcoP2bcO04fTQX3aOFBrUQD9nZZfGrbGaUjTk6tPh+LzDm4EH/UeQtRGzmnj6JyqbGJzJrnhlifKXAelAo78tml52TwJRbg05Ogs5Q5+JlV7IsMQGLUAxin0qSzd2AmJL8BPCpMhQU80w/QeN76RpD3dC2btcIqhWmZbnsSq8XyuDRrOZ5ZHoirKZpMVh/ZfzysMq7cWsr1Le2Ek6qgcvWXhawLrW2YhrtiY2rjCsZSWLoFUZCXwq6aZZJP4fmfoA6EA7SVJPOOXbHiYKFiHJIlEREb2sl+8RHSR+6Sqx9W622oIvUA2lnKUBWeGcJTAd9WMQPnIhAzN7bvyUkiHU2wmDuYDG2BB0tgRFM/AsWks5GvyDKcQdq8NHekhCU4l52Lc00XIIysBxR2LEQSlEGZXisEshB2h943XhzME4MdSIAkO/iAuhALSHyS0X8QdynALPywubeJFGRr11VwB989G+lUTJW4Pq7rmkXQyuMt9vJz6ehaZr+2PebSu/TZPHT1o+VI9hF7tL75l3zquv/ARkg7rF42qVUwU7bQBAdQ4KoK2ipUCv10M4RpMSJIy5ECCmAIkUJIAhqUS9ocZbY4DiRbWL4gH5Dq/5AP6KHfkDv/YUe2nsPVaU+rxeFFFqUNlZ2345n3ryd2TURPTbmyaDs16J3Ghtk0k+NpyhnPNJ4mp4bLzXO0QPjjcZ5um981HgG9q8azxnF3JX/PD3Nf9D4IZn5bxovUG7GALORu4fVW5UlxQYt0heNp2jWmNV4mtaNJxrn6JmRaJzHXt5rPAP7J43npl4ZPzSep5X8a40f0mL+s8YLNJv/TpvUpwFdUkgedcmlmJiWyKFlzBUq41mlokI2/kxbJClSvgFWbXh6sASYJRVgaShsoZZ3Mdu0AtTEG6G4angnqAOeHqJosz+4DL2uG/OSs8yVcnm1WCnbZd6SkdcNuO14MnBkgRuBY5m/O9sr3HRFwDVHdGQPbE1QH4D6kI5oG9hDSmqKA3l4tC084A2o9ZGdNvo+xjqWASSncwj5Uom2VAmqSvZNvuKIpN4P4no/7EquWGWu8ihTMeO/I/6G/wv4hqrwfVUsG1psmGUYef2AbcuenHOy1hcmaH7Ks0aJeiy0U4DbpVPMF1hnFV1Hnv89JON5zrSXGPO5nq+AjAkypWqY9tVu0roOMXZgueo60w4Yeqrrt1U1Pd4mrC5W0VhcG+gEKIFnqOIzDx+zo2oV6VznwB2VnZUeqaIb+CAx7aImUu13xNwaY0irffuZsMaUjedlqBqqPfgYjzGmtlFFhMpYoz2FY5x0U/Ukhp4qlfBEYEt7NYAtQq5IcV3VuATldSj90+Ut3Hp7eWktSRKrJ2L3VFxYuDbry3fdaB1zBpPILFlcwUy82OV9GclwKDucXkTeET157QpapnngelH2rt0/iRMRSobB9xwZRIg6Dzoy5NiV3G60eHcgg8y5lTkU+Nq9szIyHctiKDxfHPuSlRDB9doei7hqunE8qJZKkRN6gziyIs9PFZd26yjXP9X4b4QTfu5+AbMFXxUAAAB42m3TV5fbRBQH8P9/N16vt6X33ntiyz1dbunJpveitbW7IrLkyNJuQgskdEgCKRAgHF7gwDm80Z/5EvQHPgF8A5A9dwMP6EG/uTOaO1ejETrQvv6+BQ3/c3Fp64YOdGISIuhCFN2IoQe96EM/BjAZUzAV0zAdMzATszAbczAX8zAfC7AQi7AYS7AUy7AcK7ASq7Aaa7AW67AeG7ARm7AZcSTCtZNIIY0Mssghjy3Yim3Yjh3YiV3QUUARJZRRwW7swV7sw34cwEEcwmEM4giO4hiO4wRO4hRO4wzO4hzO4wIu4hIuw2AH7uAT/IJbuI/b+Avf40d24if8wUmMsAu/4jf8jp8ZZTdj7GEv+9jPAU7mFE7lNE7H55zBmZzF2ZzDuZzH+fiYC7iQi7iYS7iUy/AlvsK3+A5f4xvcxA/4gsu5giu5iqu5hmu5juu5gRu5iZsZZ4Iak0wxzQyzzDHPLdzKbdzOHdzJXdRZYBGPWGKZFe7mHu7Fn9zH/TzAgzzEw/iUg7jHIzzKYzzOEzzJU3jM0zzDszyHz3ieF3CXF/EAD3mJl2lwiFXWaHKYIxylxad4hTbrdOiywav02KTPgGMc5zVe59N8hs/yOT7PG3yBL/Imb/ElvsxX+Cpf4+t8g2/yLd7mHd7l23yH93ifD/iQ7/I9PuL7/IAf8jE/igaOFY/r8bZaMqss5kVdLMRGPGPMrLr1oZhRDfx2qz2WjGsx37Jr/+1JiRkxK+ZEXSyIRWUyF9lt1OtG5Pio6RtdB4z6UM3oOG11DFqRY9ZI3YieaDQt23U6B0etzsGm1ZqmxeOamBRTYlrMiHlR76pbTvgOKiy1q9MS8Ur33mHPuOIHXswYtqxMQsvle8dNy/Savmc0m91HZThi2GZjNGZ4njtum8N+tN0KGj1tPWtk1FeDNXfcUa0h15cJQaPmqAXzGVEKyOdEVWdCl3F9ItaVhaJYUhbjYkIs9qnVh+xWdT0TQdDon2i2a3zyVKvMJ0GrUpWnlI6FjoWvb9i95jWr6ZuObxl2t1lv+Nebpt8dnomaFXZGTdush/Y4ri/N7mZQHfVHDb+dS0skxbSY6TPCfJ7VvFI3ZEEtkRPzfQ3Pbbieb7mOYUcMZ8RWH0vTJI+W7rHdEatq2IZTi0nT9fosJ0zaNKutmZHwSdeJNq26ZRuempeKi8lY1XVGvKBVvepRu6ml473m1cAaC7+xU5VVM7pYUGYlzhbahYYrBkPhfgxMBK2b6fd55rBtXpOxiUCNqfm5sjKfEDVR3jKf6qlaXjU8bXbQlK7MgOqqB7ZvNezr0i1bJ2dH0yWTLpn0VH+4cMN0alY1eLIbuswqpqI11//3QxQzooyXpc5yRVlR9coPHZoXdVHtU1LTRFVFujBhXlR7ni5Kf7kSaTaMmtr1TCYhapOqdjAkQUksi6qkbDknqtTZSlrMiFlRnqtMPKeL6qfSkyqfrouF9oEpVyolsSxW/gHZYwLHAAAAAAADAAgAAgAQAAH//wADAAAAAQAAAADMPaLPAAAAAMb5Mk8AAAAA0FTdzQ=="
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff",
"text": 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"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff",
"text": 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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff",
"text": 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},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff",
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"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff",
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mode\",this.lexer,i.position)}var l=i.result.position;var s;var p=i.numArgs+i.numOptionalArgs;if(p>0){var d=h.getGreediness(a);var n=[a];var o=[l];for(var w=0;w<p;w++){var k=i.argTypes&&i.argTypes[w];var u;if(w<i.numOptionalArgs){if(k){u=this.parseSpecialGroup(l,k,t,true)}else{u=this.parseOptionalGroup(l,t)}if(!u){n.push(null);o.push(l);continue}}else{if(k){u=this.parseSpecialGroup(l,k,t)}else{u=this.parseGroup(l,t)}if(!u){throw new r(\"Expected group after '\"+i.result.result+\"'\",this.lexer,l)}}var m;if(u.numArgs>0){var f=h.getGreediness(u.result.result);if(f>d){m=this.parseFunction(l,t)}else{throw new r(\"Got function '\"+u.result.result+\"' as \"+\"argument to function '\"+i.result.result+\"'\",this.lexer,u.result.position-1)}}else{m=u.result}n.push(m.result);o.push(m.position);l=m.position}n.push(o);s=h.funcs[a].handler.apply(this,n)}else{s=h.funcs[a].handler.apply(this,[a])}return new g(new c(s.type,s,t),l)}else{return i.result}}else{return null}};p.prototype.parseSpecialGroup=function(e,t,i,h){if(t===\"color\"||t===\"size\"){var a=this.lexer.lex(e,i);if(h&&a.text!==\"[\"){return null}this.expect(a,h?\"[\":\"{\");var l=this.lexer.lex(a.position,t);var s;if(t===\"color\"){s=l.text}else{s=l.data}var r=this.lexer.lex(l.position,i);this.expect(r,h?\"]\":\"}\");return new d(new g(new c(t,s,i),r.position),false)}else if(t===\"text\"){var p=this.lexer.lex(e,\"whitespace\");e=p.position}if(h){return this.parseOptionalGroup(e,t)}else{return this.parseGroup(e,t)}};p.prototype.parseGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"{\"){var h=this.parseExpression(i.position,t,false,\"}\");var a=this.lexer.lex(h.position,t);this.expect(a,\"}\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return this.parseSymbol(e,t)}};p.prototype.parseOptionalGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"[\"){var h=this.parseExpression(i.position,t,false,\"]\");var a=this.lexer.lex(h.position,t);this.expect(a,\"]\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return null}};p.prototype.parseSymbol=function(e,t){var i=this.lexer.lex(e,t);if(h.funcs[i.text]){var a=h.funcs[i.text];var s=a.argTypes;if(s){s=s.slice();for(var r=0;r<s.length;r++){if(s[r]===\"original\"){s[r]=t}}}return new d(new g(i.text,i.position),true,a.allowedInText,a.numArgs,a.numOptionalArgs,s)}else if(l[t][i.text]){return new d(new g(new c(l[t][i.text].group,i.text,t),i.position),false)}else{return null}};t.exports=p},{\"./Lexer\":2,\"./ParseError\":4,\"./functions\":12,\"./symbols\":14,\"./utils\":15}],6:[function(e,t,i){function h(e,t,i,h){this.id=e;this.size=t;this.cramped=h;this.sizeMultiplier=i}h.prototype.sup=function(){return w[k[this.id]]};h.prototype.sub=function(){return w[u[this.id]]};h.prototype.fracNum=function(){return w[m[this.id]]};h.prototype.fracDen=function(){return w[f[this.id]]};h.prototype.cramp=function(){return w[v[this.id]]};h.prototype.cls=function(){return n[this.size]+(this.cramped?\" cramped\":\" uncramped\")};h.prototype.reset=function(){return o[this.size]};var a=0;var l=1;var s=2;var r=3;var p=4;var c=5;var g=6;var d=7;var n=[\"displaystyle textstyle\",\"textstyle\",\"scriptstyle\",\"scriptscriptstyle\"];var o=[\"reset-textstyle\",\"reset-textstyle\",\"reset-scriptstyle\",\"reset-scriptscriptstyle\"];var w=[new h(a,0,1,false),new h(l,0,1,true),new h(s,1,1,false),new h(r,1,1,true),new h(p,2,.7,false),new h(c,2,.7,true),new h(g,3,.5,false),new h(d,3,.5,true)];var k=[p,c,p,c,g,d,g,d];var u=[c,c,c,c,d,d,d,d];var m=[s,r,p,c,g,d,g,d];var f=[r,r,c,c,d,d,d,d];var v=[l,l,r,r,c,c,d,d];t.exports={DISPLAY:w[a],TEXT:w[s],SCRIPT:w[p],SCRIPTSCRIPT:w[g]}},{}],7:[function(e,t,i){var h=e(\"./domTree\");var a=e(\"./fontMetrics\");var l=e(\"./symbols\");var s=function(e,t,i,s,r){if(l[i][e]&&l[i][e].replace){e=l[i][e].replace}var p=a.getCharacterMetrics(e,t);var c;if(p){c=new h.symbolNode(e,p.height,p.depth,p.italic,p.skew,r)}else{typeof console!==\"undefined\"&&console.warn(\"No character metrics for '\"+e+\"' in style '\"+t+\"'\");c=new h.symbolNode(e,0,0,0,0,r)}if(s){c.style.color=s}return c};var r=function(e,t,i,h){return s(e,\"Math-Italic\",t,i,h.concat([\"mathit\"]))};var p=function(e,t,i,h){if(l[t][e].font===\"main\"){return s(e,\"Main-Regular\",t,i,h)}else{return s(e,\"AMS-Regular\",t,i,h.concat([\"amsrm\"]))}};var c=function(e){var t=0;var i=0;var h=0;if(e.children){for(var a=0;a<e.children.length;a++){if(e.children[a].height>t){t=e.children[a].height}if(e.children[a].depth>i){i=e.children[a].depth}if(e.children[a].maxFontSize>h){h=e.children[a].maxFontSize}}}e.height=t;e.depth=i;e.maxFontSize=h};var g=function(e,t,i){var a=new h.span(e,t);c(a);if(i){a.style.color=i}return a};var d=function(e){var t=new h.documentFragment(e);c(t);return t};var n=function(e,t){var i=g([],[new h.symbolNode(\"\\u200b\")]);i.style.fontSize=t/e.style.sizeMultiplier+\"em\";var a=g([\"fontsize-ensurer\",\"reset-\"+e.size,\"size5\"],[i]);return a};var o=function(e,t,i,a){var l;var s;var r;if(t===\"individualShift\"){var p=e;e=[p[0]];l=-p[0].shift-p[0].elem.depth;s=l;for(r=1;r<p.length;r++){var c=-p[r].shift-s-p[r].elem.depth;var d=c-(p[r-1].elem.height+p[r-1].elem.depth);s=s+c;e.push({type:\"kern\",size:d});e.push(p[r])}}else if(t===\"top\"){var o=i;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){o-=e[r].size}else{o-=e[r].elem.height+e[r].elem.depth}}l=o}else if(t===\"bottom\"){l=-i}else if(t===\"shift\"){l=-e[0].elem.depth-i}else if(t===\"firstBaseline\"){l=-e[0].elem.depth}else{l=0}var w=0;for(r=0;r<e.length;r++){if(e[r].type===\"elem\"){w=Math.max(w,e[r].elem.maxFontSize)}}var k=n(a,w);var u=[];s=l;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){s+=e[r].size}else{var m=e[r].elem;var f=-m.depth-s;s+=m.height+m.depth;var v=g([],[k,m]);v.height-=f;v.depth+=f;v.style.top=f+\"em\";u.push(v)}}var y=g([\"baseline-fix\"],[k,new h.symbolNode(\"\\u200b\")]);u.push(y);var x=g([\"vlist\"],u);x.height=Math.max(s,x.height);x.depth=Math.max(-l,x.depth);return x};t.exports={makeSymbol:s,mathit:r,mathrm:p,makeSpan:g,makeFragment:d,makeVList:o}},{\"./domTree\":10,\"./fontMetrics\":11,\"./symbols\":14}],8:[function(e,t,i){var h=e(\"./Options\");var a=e(\"./ParseError\");var l=e(\"./Style\");var s=e(\"./buildCommon\");var r=e(\"./delimiter\");var p=e(\"./domTree\");var c=e(\"./fontMetrics\");var g=e(\"./utils\");var d=s.makeSpan;var n=function(e,t,i){var h=[];for(var a=0;a<e.length;a++){var l=e[a];h.push(y(l,t,i));i=l}return h};var o={mathord:\"mord\",textord:\"mord\",bin:\"mbin\",rel:\"mrel\",text:\"mord\",open:\"mopen\",close:\"mclose\",inner:\"minner\",frac:\"minner\",spacing:\"mord\",punct:\"mpunct\",ordgroup:\"mord\",op:\"mop\",katex:\"mord\",overline:\"mord\",rule:\"mord\",leftright:\"minner\",sqrt:\"mord\",accent:\"mord\"};var w=function(e){if(e==null){return o.mathord}else if(e.type===\"supsub\"){return w(e.value.base)}else if(e.type===\"llap\"||e.type===\"rlap\"){return w(e.value)}else if(e.type===\"color\"){return w(e.value.value)}else if(e.type===\"sizing\"){return w(e.value.value)}else if(e.type===\"styling\"){return w(e.value.value)}else if(e.type===\"delimsizing\"){return o[e.value.delimType]}else{return o[e.type]}};var k=function(e,t){if(!e){return false}else if(e.type===\"op\"){return e.value.limits&&t.style.size===l.DISPLAY.size}else if(e.type===\"accent\"){return m(e.value.base)}else{return null}};var u=function(e){if(!e){return false}else if(e.type===\"ordgroup\"){if(e.value.length===1){return u(e.value[0])}else{return e}}else if(e.type===\"color\"){if(e.value.value.length===1){return u(e.value.value[0])}else{return e}}else{return e}};var m=function(e){var t=u(e);return t.type===\"mathord\"||t.type===\"textord\"||t.type===\"bin\"||t.type===\"rel\"||t.type===\"inner\"||t.type===\"open\"||t.type===\"close\"||t.type===\"punct\"};var f={mathord:function(e,t,i){return s.mathit(e.value,e.mode,t.getColor(),[\"mord\"])},textord:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mord\"])},bin:function(e,t,i){var h=\"mbin\";var a=i;while(a&&a.type==\"color\"){var l=a.value.value;a=l[l.length-1]}if(!i||g.contains([\"mbin\",\"mopen\",\"mrel\",\"mop\",\"mpunct\"],w(a))){e.type=\"textord\";h=\"mord\"}return s.mathrm(e.value,e.mode,t.getColor(),[h])},rel:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mrel\"])},open:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mopen\"])},close:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mclose\"])},inner:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"minner\"])},punct:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mpunct\"])},ordgroup:function(e,t,i){return d([\"mord\",t.style.cls()],n(e.value,t.reset()))},text:function(e,t,i){return d([\"text\",\"mord\",t.style.cls()],n(e.value.body,t.reset()))},color:function(e,t,i){var h=n(e.value.value,t.withColor(e.value.color),i);return new s.makeFragment(h)},supsub:function(e,t,i){if(k(e.value.base,t)){return f[e.value.base.type](e,t,i)}var h=y(e.value.base,t.reset());var a,r,g,n;if(e.value.sup){g=y(e.value.sup,t.withStyle(t.style.sup()));a=d([t.style.reset(),t.style.sup().cls()],[g])}if(e.value.sub){n=y(e.value.sub,t.withStyle(t.style.sub()));r=d([t.style.reset(),t.style.sub().cls()],[n])}var o,u;if(m(e.value.base)){o=0;u=0}else{o=h.height-c.metrics.supDrop;u=h.depth+c.metrics.subDrop}var v;if(t.style===l.DISPLAY){v=c.metrics.sup1}else if(t.style.cramped){v=c.metrics.sup3}else{v=c.metrics.sup2}var x=l.TEXT.sizeMultiplier*t.style.sizeMultiplier;var b=.5/c.metrics.ptPerEm/x+\"em\";var z;if(!e.value.sup){u=Math.max(u,c.metrics.sub1,n.height-.8*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:r}],\"shift\",u,t);z.children[0].style.marginRight=b;if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}}else if(!e.value.sub){o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:a}],\"shift\",-o,t);z.children[0].style.marginRight=b}else{o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);u=Math.max(u,c.metrics.sub2);var S=c.metrics.defaultRuleThickness;if(o-g.depth-(n.height-u)<4*S){u=4*S-(o-g.depth)+n.height;var T=.8*c.metrics.xHeight-(o-g.depth);if(T>0){o+=T;u-=T}}z=s.makeVList([{type:\"elem\",elem:r,shift:u},{type:\"elem\",elem:a,shift:-o}],\"individualShift\",null,t);if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}z.children[0].style.marginRight=b;z.children[1].style.marginRight=b}return d([w(e.value.base)],[h,z])},genfrac:function(e,t,i){var h=t.style;if(e.value.size===\"display\"){h=l.DISPLAY}else if(e.value.size===\"text\"){h=l.TEXT}var a=h.fracNum();var p=h.fracDen();var g=y(e.value.numer,t.withStyle(a));var n=d([h.reset(),a.cls()],[g]);var o=y(e.value.denom,t.withStyle(p));var w=d([h.reset(),p.cls()],[o]);var k;if(e.value.hasBarLine){k=c.metrics.defaultRuleThickness/t.style.sizeMultiplier}else{k=0}var u;var m;var f;if(h.size===l.DISPLAY.size){u=c.metrics.num1;if(k>0){m=3*k}else{m=7*c.metrics.defaultRuleThickness}f=c.metrics.denom1}else{if(k>0){u=c.metrics.num2;m=k}else{u=c.metrics.num3;m=3*c.metrics.defaultRuleThickness}f=c.metrics.denom2}var v;if(k===0){var x=u-g.depth-(o.height-f);if(x<m){u+=.5*(m-x);f+=.5*(m-x)}v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}else{var b=c.metrics.axisHeight;if(u-g.depth-(b+.5*k)<m){u+=m-(u-g.depth-(b+.5*k))}if(b-.5*k-(o.height-f)<m){f+=m-(b-.5*k-(o.height-f))}var z=d([t.style.reset(),l.TEXT.cls(),\"frac-line\"]);z.height=k;var S=-(b-.5*k);v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:z,shift:S},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}v.height*=h.sizeMultiplier/t.style.sizeMultiplier;v.depth*=h.sizeMultiplier/t.style.sizeMultiplier;var T=[d([\"mfrac\"],[v])];var M;if(h.size===l.DISPLAY.size){M=c.metrics.delim1}else{M=c.metrics.getDelim2(h)}if(e.value.leftDelim!=null){T.unshift(r.customSizedDelim(e.value.leftDelim,M,true,t.withStyle(h),e.mode))}if(e.value.rightDelim!=null){T.push(r.customSizedDelim(e.value.rightDelim,M,true,t.withStyle(h),e.mode))}return d([\"minner\",t.style.reset(),h.cls()],T,t.getColor())},spacing:function(e,t,i){if(e.value===\"\\\\ \"||e.value===\"\\\\space\"||e.value===\" \"||e.value===\"~\"){return d([\"mord\",\"mspace\"],[s.mathrm(e.value,e.mode)])}else{var h={\"\\\\qquad\":\"qquad\",\"\\\\quad\":\"quad\",\"\\\\enspace\":\"enspace\",\"\\\\;\":\"thickspace\",\"\\\\:\":\"mediumspace\",\"\\\\,\":\"thinspace\",\"\\\\!\":\"negativethinspace\"};return d([\"mord\",\"mspace\",h[e.value]])}},llap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"llap\",t.style.cls()],[h,a])},rlap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"rlap\",t.style.cls()],[h,a])},op:function(e,t,i){var h;var a;var r=false;if(e.type===\"supsub\"){h=e.value.sup;a=e.value.sub;e=e.value.base;r=true}var p=[\"\\\\smallint\"];var n=false;if(t.style.size===l.DISPLAY.size&&e.value.symbol&&!g.contains(p,e.value.body)){n=true}var o;var w=0;var k=0;if(e.value.symbol){var u=n?\"Size2-Regular\":\"Size1-Regular\";o=s.makeSymbol(e.value.body,u,\"math\",t.getColor(),[\"op-symbol\",n?\"large-op\":\"small-op\",\"mop\"]);w=(o.height-o.depth)/2-c.metrics.axisHeight*t.style.sizeMultiplier;k=o.italic}else{var m=[];for(var f=1;f<e.value.body.length;f++){m.push(s.mathrm(e.value.body[f],e.mode))}o=d([\"mop\"],m,t.getColor())}if(r){o=d([],[o]);var v,x,b,z;if(h){var S=y(h,t.withStyle(t.style.sup()));v=d([t.style.reset(),t.style.sup().cls()],[S]);x=Math.max(c.metrics.bigOpSpacing1,c.metrics.bigOpSpacing3-S.depth)}if(a){var T=y(a,t.withStyle(t.style.sub()));b=d([t.style.reset(),t.style.sub().cls()],[T]);z=Math.max(c.metrics.bigOpSpacing2,c.metrics.bigOpSpacing4-T.height)}var M,R,C;if(!h){R=o.height-w;M=s.makeVList([{type:\"kern\",size:c.metrics.bigOpSpacing5},{type:\"elem\",elem:b},{type:\"kern\",size:z},{type:\"elem\",elem:o}],\"top\",R,t);M.children[0].style.marginLeft=-k+\"em\"}else 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p=d([\"x\"],[s.mathrm(\"X\",e.mode)]);return d([\"katex-logo\"],[h,a,l,r,p],t.getColor())},overline:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var r=d([t.style.reset(),l.TEXT.cls(),\"overline-line\"]);r.height=a;r.maxFontSize=1;var p=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:3*a},{type:\"elem\",elem:r},{type:\"kern\",size:a}],\"firstBaseline\",null,t);return d([\"overline\",\"mord\"],[p],t.getColor())},sqrt:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var p=d([t.style.reset(),l.TEXT.cls(),\"sqrt-line\"],[],t.getColor());p.height=a;p.maxFontSize=1;var g=a;if(t.style.id<l.TEXT.id){g=c.metrics.xHeight}var n=a+g/4;var o=(h.height+h.depth)*t.style.sizeMultiplier;var w=o+n+a;var k=d([\"sqrt-sign\"],[r.customSizedDelim(\"\\\\surd\",w,false,t,e.mode)],t.getColor());var u=k.height+k.depth-a;if(u>h.height+h.depth+n){n=(n+u-h.height-h.depth)/2}var m=-(h.height+n+a)+k.height;k.style.top=m+\"em\";k.height-=m;k.depth+=m;var f;if(h.height===0&&h.depth===0){f=d()}else{f=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:n},{type:\"elem\",elem:p},{type:\"kern\",size:a}],\"firstBaseline\",null,t)}return d([\"sqrt\",\"mord\"],[k,f])},sizing:function(e,t,i){var h=n(e.value.value,t.withSize(e.value.size),i);var a=d([\"mord\"],[d([\"sizing\",\"reset-\"+t.size,e.value.size,t.style.cls()],h)]);var l=v[e.value.size];a.maxFontSize=l*t.style.sizeMultiplier;return a},styling:function(e,t,i){var h={display:l.DISPLAY,text:l.TEXT,script:l.SCRIPT,scriptscript:l.SCRIPTSCRIPT};var a=h[e.value.style];var s=n(e.value.value,t.withStyle(a),i);return d([t.style.reset(),a.cls()],s)},delimsizing:function(e,t,i){var h=e.value.value;if(h===\".\"){return d([o[e.value.delimType]])}return 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s=e.value.height.number;if(e.value.height.unit===\"ex\"){s*=c.metrics.xHeight}a/=t.style.sizeMultiplier;l/=t.style.sizeMultiplier;s/=t.style.sizeMultiplier;h.style.borderRightWidth=l+\"em\";h.style.borderTopWidth=s+\"em\";h.style.bottom=a+\"em\";h.width=l;h.height=s+a;h.depth=-a;return h},accent:function(e,t,i){var h=e.value.base;var a;if(e.type===\"supsub\"){var l=e;e=l.value.base;h=e.value.base;l.value.base=h;a=y(l,t.reset(),i)}var r=y(h,t.withStyle(t.style.cramp()));var p;if(m(h)){var g=u(h);var n=y(g,t.withStyle(t.style.cramp()));p=n.skew}else{p=0}var o=Math.min(r.height,c.metrics.xHeight);var w=s.makeSymbol(e.value.accent,\"Main-Regular\",\"math\",t.getColor());w.italic=0;var k=e.value.accent===\"\\\\vec\"?\"accent-vec\":null;var f=d([\"accent-body\",k],[d([],[w])]);f=s.makeVList([{type:\"elem\",elem:r},{type:\"kern\",size:-o},{type:\"elem\",elem:f}],\"firstBaseline\",null,t);f.children[1].style.marginLeft=2*p+\"em\";var 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p=n(c([\"delimsizing\",\"size\"+t],[r],h.getColor()),a.TEXT,h);if(i){var g=(1-h.style.sizeMultiplier)*s.metrics.axisHeight;p.style.top=g+\"em\";p.height-=g;p.depth+=g}return p};var k=function(e,t,i){var h;if(t===\"Size1-Regular\"){h=\"delim-size1\"}else if(t===\"Size4-Regular\"){h=\"delim-size4\"}var a=c([\"delimsizinginner\",h],[c([],[l.makeSymbol(e,t,i)])]);return{type:\"elem\",elem:a}};var u=function(e,t,i,h,r){var p,d,o,w;p=o=w=e;d=null;var u=\"Size1-Regular\";if(e===\"\\\\uparrow\"){o=w=\"\\u23d0\"}else if(e===\"\\\\Uparrow\"){o=w=\"\\u2016\"}else if(e===\"\\\\downarrow\"){p=o=\"\\u23d0\"}else if(e===\"\\\\Downarrow\"){p=o=\"\\u2016\"}else if(e===\"\\\\updownarrow\"){p=\"\\\\uparrow\";o=\"\\u23d0\";w=\"\\\\downarrow\"}else if(e===\"\\\\Updownarrow\"){p=\"\\\\Uparrow\";o=\"\\u2016\";w=\"\\\\Downarrow\"}else if(e===\"[\"||e===\"\\\\lbrack\"){p=\"\\u23a1\";o=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"]\"||e===\"\\\\rbrack\"){p=\"\\u23a4\";o=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\lfloor\"){o=p=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"\\\\lceil\"){p=\"\\u23a1\";o=w=\"\\u23a2\";u=\"Size4-Regular\"}else if(e===\"\\\\rfloor\"){o=p=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\rceil\"){p=\"\\u23a4\";o=w=\"\\u23a5\";u=\"Size4-Regular\"}else if(e===\"(\"){p=\"\\u239b\";o=\"\\u239c\";w=\"\\u239d\";u=\"Size4-Regular\"}else if(e===\")\"){p=\"\\u239e\";o=\"\\u239f\";w=\"\\u23a0\";u=\"Size4-Regular\"}else if(e===\"\\\\{\"||e===\"\\\\lbrace\"){p=\"\\u23a7\";d=\"\\u23a8\";w=\"\\u23a9\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\}\"||e===\"\\\\rbrace\"){p=\"\\u23ab\";d=\"\\u23ac\";w=\"\\u23ad\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\surd\"){p=\"\\ue001\";w=\"\\u23b7\";o=\"\\ue000\";u=\"Size4-Regular\"}var m=g(p,u);var f=m.height+m.depth;var v=g(o,u);var y=v.height+v.depth;var x=g(w,u);var b=x.height+x.depth;var z,S;if(d!==null){z=g(d,u);S=z.height+z.depth}var T=f+b;if(d!==null){T+=S}while(T<t){T+=y;if(d!==null){T+=y}}var M=s.metrics.axisHeight;if(i){M*=h.style.sizeMultiplier}var R=T/2-M;var C=[];C.push(k(w,u,r));var A;if(d===null){var E=T-f-b;var P=Math.ceil(E/y);for(A=0;A<P;A++){C.push(k(o,u,r))}}else{var I=T/2-f-S/2;var L=Math.ceil(I/y);var O=T/2-f-S/2;var D=Math.ceil(O/y);for(A=0;A<L;A++){C.push(k(o,u,r))}C.push(k(d,u,r));for(A=0;A<D;A++){C.push(k(o,u,r))}}C.push(k(p,u,r));var q=l.makeVList(C,\"bottom\",R,h);return n(c([\"delimsizing\",\"mult\"],[q],h.getColor()),a.TEXT,h)};var m=[\"(\",\")\",\"[\",\"\\\\lbrack\",\"]\",\"\\\\rbrack\",\"\\\\{\",\"\\\\lbrace\",\"\\\\}\",\"\\\\rbrace\",\"\\\\lfloor\",\"\\\\rfloor\",\"\\\\lceil\",\"\\\\rceil\",\"\\\\surd\"];var f=[\"\\\\uparrow\",\"\\\\downarrow\",\"\\\\updownarrow\",\"\\\\Uparrow\",\"\\\\Downarrow\",\"\\\\Updownarrow\",\"|\",\"\\\\|\",\"\\\\vert\",\"\\\\Vert\"];var v=[\"<\",\">\",\"\\\\langle\",\"\\\\rangle\",\"/\",\"\\\\backslash\"];var y=[0,1.2,1.8,2.4,3];var x=function(e,t,i,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}if(p.contains(m,e)||p.contains(v,e)){return w(e,t,false,i,a)}else if(p.contains(f,e)){return u(e,y[t],false,i,a)}else{throw new h(\"Illegal delimiter: '\"+e+\"'\")}};var b=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4}];var z=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"stack\"}];var S=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4},{type:\"stack\"}];var T=function(e){if(e.type===\"small\"){return\"Main-Regular\"}else if(e.type===\"large\"){return\"Size\"+e.size+\"-Regular\"}else if(e.type===\"stack\"){return\"Size4-Regular\"}};var M=function(e,t,i,h){var a=Math.min(2,3-h.style.size);for(var l=a;l<i.length;l++){if(i[l].type===\"stack\"){break}var s=g(e,T(i[l]));var r=s.height+s.depth;if(i[l].type===\"small\"){r*=i[l].style.sizeMultiplier\n}if(r>t){return i[l]}}return i[i.length-1]};var R=function(e,t,i,h,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}var l;if(p.contains(v,e)){l=b}else if(p.contains(m,e)){l=S}else{l=z}var s=M(e,t,l,h);if(s.type===\"small\"){return o(e,s.style,i,h,a)}else if(s.type===\"large\"){return w(e,s.size,i,h,a)}else if(s.type===\"stack\"){return u(e,t,i,h,a)}};var C=function(e,t,i,h,a){var l=s.metrics.axisHeight*h.style.sizeMultiplier;var r=901;var p=5/s.metrics.ptPerEm;var c=Math.max(t-l,i+l);var g=Math.max(c/500*r,2*c-p);return R(e,g,true,h,a)};t.exports={sizedDelim:x,customSizedDelim:R,leftRightDelim:C}},{\"./ParseError\":4,\"./Style\":6,\"./buildCommon\":7,\"./fontMetrics\":11,\"./symbols\":14,\"./utils\":15}],10:[function(e,t,i){var h=e(\"./utils\");var a=function(e){e=e.slice();for(var t=e.length-1;t>=0;t--){if(!e[t]){e.splice(t,1)}}return e.join(\" \")};function l(e,t,i,h,a,l){this.classes=e||[];this.children=t||[];this.height=i||0;this.depth=h||0;this.maxFontSize=a||0;this.style=l||{}}l.prototype.toNode=function(){var e=document.createElement(\"span\");e.className=a(this.classes);for(var t in this.style){if(this.style.hasOwnProperty(t)){e.style[t]=this.style[t]}}for(var i=0;i<this.children.length;i++){e.appendChild(this.children[i].toNode())}return e};l.prototype.toMarkup=function(){var e=\"<span\";if(this.classes.length){e+=' class=\"';e+=h.escape(a(this.classes));e+='\"'}var t=\"\";for(var i in this.style){if(this.style.hasOwnProperty(i)){t+=h.hyphenate(i)+\":\"+this.style[i]+\";\"}}if(t){e+=' 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"title": "$:/plugins/tiddlywiki/katex/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/* KaTeX styles */\n\n{{$:/plugins/tiddlywiki/katex/katex.min.css}}\n\n/* Override font URLs */\n\n@font-face {\n\tfont-family: 'KaTeX_AMS';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Script';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size1';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size2';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size3';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size4';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Typewriter';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n"
},
"$:/plugins/tiddlywiki/katex/wrapper.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `katex.min.js` that provides a `<$latex>` widget. It is also available under the alias `<$katex>`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar katex = require(\"$:/plugins/tiddlywiki/katex/katex.min.js\"),\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KaTeXWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKaTeXWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKaTeXWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\t// Render it into a span\n\tvar span = this.document.createElement(\"span\");\n\ttry {\n\t\tif($tw.browser) {\n\t\t\tkatex.render(text,span);\n\t\t} else {\n\t\t\tspan.innerHTML = katex.renderToString(text);\n\t\t}\n\t} catch(ex) {\n\t\tspan.className = \"tc-error\";\n\t\tspan.textContent = ex;\n\t}\n\t// Insert it into the DOM\n\tparent.insertBefore(span,nextSibling);\n\tthis.domNodes.push(span);\n};\n\n/*\nCompute the internal state of the widget\n*/\nKaTeXWidget.prototype.execute = function() {\n\t// Nothing to do for a katex widget\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKaTeXWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.latex = KaTeXWidget;\nexports.katex = KaTeXWidget;\n\n})();\n\n",
"title": "$:/plugins/tiddlywiki/katex/wrapper.js",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"tiddlers": {
"$:/config/markdown/dialect": {
"title": "$:/config/markdown/dialect",
"text": "Gruber"
},
"$:/language/Docs/Types/text/x-markdown": {
"title": "$:/language/Docs/Types/text/x-markdown",
"description": "Markdown",
"name": "text/x-markdown"
},
"$:/plugins/tiddlywiki/markdown/markdown.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/markdown/markdown.js",
"module-type": "library",
"text": "// Released under MIT license\n// Copyright (c) 2009-2010 Dominic Baggott\n// Copyright (c) 2009-2010 Ash Berlin\n// Copyright (c) 2011 Christoph Dorn <christoph@christophdorn.com> (http://www.christophdorn.com)\n\n/*jshint browser:true, devel:true */\n\n(function( expose ) {\n\n/**\n * class Markdown\n *\n * Markdown processing in Javascript done right. We have very particular views\n * on what constitutes 'right' which include:\n *\n * - produces well-formed HTML (this means that em and strong nesting is\n * important)\n *\n * - has an intermediate representation to allow processing of parsed data (We\n * in fact have two, both as [JsonML]: a markdown tree and an HTML tree).\n *\n * - is easily extensible to add new dialects without having to rewrite the\n * entire parsing mechanics\n *\n * - has a good test suite\n *\n * This implementation fulfills all of these (except that the test suite could\n * do with expanding to automatically run all the fixtures from other Markdown\n * implementations.)\n *\n * ##### Intermediate Representation\n *\n * *TODO* Talk about this :) Its JsonML, but document the node names we use.\n *\n * [JsonML]: http://jsonml.org/ \"JSON Markup Language\"\n **/\nvar Markdown = expose.Markdown = function(dialect) {\n switch (typeof dialect) {\n case \"undefined\":\n this.dialect = Markdown.dialects.Gruber;\n break;\n case \"object\":\n this.dialect = dialect;\n break;\n default:\n if ( dialect in Markdown.dialects ) {\n this.dialect = Markdown.dialects[dialect];\n }\n else {\n throw new Error(\"Unknown Markdown dialect '\" + String(dialect) + \"'\");\n }\n break;\n }\n this.em_state = [];\n this.strong_state = [];\n this.debug_indent = \"\";\n};\n\n/**\n * parse( markdown, [dialect] ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n *\n * Parse `markdown` and return a markdown document as a Markdown.JsonML tree.\n **/\nexpose.parse = function( source, dialect ) {\n // dialect will default if undefined\n var md = new Markdown( dialect );\n return md.toTree( source );\n};\n\n/**\n * toHTML( markdown, [dialect] ) -> String\n * toHTML( md_tree ) -> String\n * - markdown (String): markdown string to parse\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Take markdown (either as a string or as a JsonML tree) and run it through\n * [[toHTMLTree]] then turn it into a well-formated HTML fragment.\n **/\nexpose.toHTML = function toHTML( source , dialect , options ) {\n var input = expose.toHTMLTree( source , dialect , options );\n\n return expose.renderJsonML( input );\n};\n\n/**\n * toHTMLTree( markdown, [dialect] ) -> JsonML\n * toHTMLTree( md_tree ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Turn markdown into HTML, represented as a JsonML tree. If a string is given\n * to this function, it is first parsed into a markdown tree by calling\n * [[parse]].\n **/\nexpose.toHTMLTree = function toHTMLTree( input, dialect , options ) {\n // convert string input to an MD tree\n if ( typeof input ===\"string\" ) input = this.parse( input, dialect );\n\n // Now convert the MD tree to an HTML tree\n\n // remove references from the tree\n var attrs = extract_attr( input ),\n refs = {};\n\n if ( attrs && attrs.references ) {\n refs = attrs.references;\n }\n\n var html = convert_tree_to_html( input, refs , options );\n merge_text_nodes( html );\n return html;\n};\n\n// For Spidermonkey based engines\nfunction mk_block_toSource() {\n return \"Markdown.mk_block( \" +\n uneval(this.toString()) +\n \", \" +\n uneval(this.trailing) +\n \", \" +\n uneval(this.lineNumber) +\n \" )\";\n}\n\n// node\nfunction mk_block_inspect() {\n var util = require(\"util\");\n return \"Markdown.mk_block( \" +\n util.inspect(this.toString()) +\n \", \" +\n util.inspect(this.trailing) +\n \", \" +\n util.inspect(this.lineNumber) +\n \" )\";\n\n}\n\nvar mk_block = Markdown.mk_block = function(block, trail, line) {\n // Be helpful for default case in tests.\n if ( arguments.length == 1 ) trail = \"\\n\\n\";\n\n var s = new String(block);\n s.trailing = trail;\n // To make it clear its not just a string\n s.inspect = mk_block_inspect;\n s.toSource = mk_block_toSource;\n\n if ( line != undefined )\n s.lineNumber = line;\n\n return s;\n};\n\nfunction count_lines( str ) {\n var n = 0, i = -1;\n while ( ( i = str.indexOf(\"\\n\", i + 1) ) !== -1 ) n++;\n return n;\n}\n\n// Internal - split source into rough blocks\nMarkdown.prototype.split_blocks = function splitBlocks( input, startLine ) {\n input = input.replace(/(\\r\\n|\\n|\\r)/g, \"\\n\");\n // [\\s\\S] matches _anything_ (newline or space)\n // [^] is equivalent but doesn't work in IEs.\n var re = /([\\s\\S]+?)($|\\n#|\\n(?:\\s*\\n|$)+)/g,\n blocks = [],\n m;\n\n var line_no = 1;\n\n if ( ( m = /^(\\s*\\n)/.exec(input) ) != null ) {\n // skip (but count) leading blank lines\n line_no += count_lines( m[0] );\n re.lastIndex = m[0].length;\n }\n\n while ( ( m = re.exec(input) ) !== null ) {\n if (m[2] == \"\\n#\") {\n m[2] = \"\\n\";\n re.lastIndex--;\n }\n blocks.push( mk_block( m[1], m[2], line_no ) );\n line_no += count_lines( m[0] );\n }\n\n return blocks;\n};\n\n/**\n * Markdown#processBlock( block, next ) -> undefined | [ JsonML, ... ]\n * - block (String): the block to process\n * - next (Array): the following blocks\n *\n * Process `block` and return an array of JsonML nodes representing `block`.\n *\n * It does this by asking each block level function in the dialect to process\n * the block until one can. Succesful handling is indicated by returning an\n * array (with zero or more JsonML nodes), failure by a false value.\n *\n * Blocks handlers are responsible for calling [[Markdown#processInline]]\n * themselves as appropriate.\n *\n * If the blocks were split incorrectly or adjacent blocks need collapsing you\n * can adjust `next` in place using shift/splice etc.\n *\n * If any of this default behaviour is not right for the dialect, you can\n * define a `__call__` method on the dialect that will get invoked to handle\n * the block processing.\n */\nMarkdown.prototype.processBlock = function processBlock( block, next ) {\n var cbs = this.dialect.block,\n ord = cbs.__order__;\n\n if ( \"__call__\" in cbs ) {\n return cbs.__call__.call(this, block, next);\n }\n\n for ( var i = 0; i < ord.length; i++ ) {\n //D:this.debug( \"Testing\", ord[i] );\n var res = cbs[ ord[i] ].call( this, block, next );\n if ( res ) {\n //D:this.debug(\" matched\");\n if ( !isArray(res) || ( res.length > 0 && !( isArray(res[0]) ) ) )\n this.debug(ord[i], \"didn't return a proper array\");\n //D:this.debug( \"\" );\n return res;\n }\n }\n\n // Uhoh! no match! Should we throw an error?\n return [];\n};\n\nMarkdown.prototype.processInline = function processInline( block ) {\n return this.dialect.inline.__call__.call( this, String( block ) );\n};\n\n/**\n * Markdown#toTree( source ) -> JsonML\n * - source (String): markdown source to parse\n *\n * Parse `source` into a JsonML tree representing the markdown document.\n **/\n// custom_tree means set this.tree to `custom_tree` and restore old value on return\nMarkdown.prototype.toTree = function toTree( source, custom_root ) {\n var blocks = source instanceof Array ? source : this.split_blocks( source );\n\n // Make tree a member variable so its easier to mess with in extensions\n var old_tree = this.tree;\n try {\n this.tree = custom_root || this.tree || [ \"markdown\" ];\n\n blocks:\n while ( blocks.length ) {\n var b = this.processBlock( blocks.shift(), blocks );\n\n // Reference blocks and the like won't return any content\n if ( !b.length ) continue blocks;\n\n this.tree.push.apply( this.tree, b );\n }\n return this.tree;\n }\n finally {\n if ( custom_root ) {\n this.tree = old_tree;\n }\n }\n};\n\n// Noop by default\nMarkdown.prototype.debug = function () {\n var args = Array.prototype.slice.call( arguments);\n args.unshift(this.debug_indent);\n if ( typeof print !== \"undefined\" )\n print.apply( print, args );\n if ( typeof console !== \"undefined\" && typeof console.log !== \"undefined\" )\n console.log.apply( null, args );\n}\n\nMarkdown.prototype.loop_re_over_block = function( re, block, cb ) {\n // Dont use /g regexps with this\n var m,\n b = block.valueOf();\n\n while ( b.length && (m = re.exec(b) ) != null ) {\n b = b.substr( m[0].length );\n cb.call(this, m);\n }\n return b;\n};\n\n/**\n * Markdown.dialects\n *\n * Namespace of built-in dialects.\n **/\nMarkdown.dialects = {};\n\n/**\n * Markdown.dialects.Gruber\n *\n * The default dialect that follows the rules set out by John Gruber's\n * markdown.pl as closely as possible. Well actually we follow the behaviour of\n * that script which in some places is not exactly what the syntax web page\n * says.\n **/\nMarkdown.dialects.Gruber = {\n block: {\n atxHeader: function atxHeader( block, next ) {\n var m = block.match( /^(#{1,6})\\s*(.*?)\\s*#*\\s*(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var header = [ \"header\", { level: m[ 1 ].length } ];\n Array.prototype.push.apply(header, this.processInline(m[ 2 ]));\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n setextHeader: function setextHeader( block, next ) {\n var m = block.match( /^(.*)\\n([-=])\\2\\2+(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var level = ( m[ 2 ] === \"=\" ) ? 1 : 2;\n var header = [ \"header\", { level : level }, m[ 1 ] ];\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n code: function code( block, next ) {\n // | Foo\n // |bar\n // should be a code block followed by a paragraph. Fun\n //\n // There might also be adjacent code block to merge.\n\n var ret = [],\n re = /^(?: {0,3}\\t| {4})(.*)\\n?/,\n lines;\n\n // 4 spaces + content\n if ( !block.match( re ) ) return undefined;\n\n block_search:\n do {\n // Now pull out the rest of the lines\n var b = this.loop_re_over_block(\n re, block.valueOf(), function( m ) { ret.push( m[1] ); } );\n\n if ( b.length ) {\n // Case alluded to in first comment. push it back on as a new block\n next.unshift( mk_block(b, block.trailing) );\n break block_search;\n }\n else if ( next.length ) {\n // Check the next block - it might be code too\n if ( !next[0].match( re ) ) break block_search;\n\n // Pull how how many blanks lines follow - minus two to account for .join\n ret.push ( block.trailing.replace(/[^\\n]/g, \"\").substring(2) );\n\n block = next.shift();\n }\n else {\n break block_search;\n }\n } while ( true );\n\n return [ [ \"code_block\", ret.join(\"\\n\") ] ];\n },\n\n horizRule: function horizRule( block, next ) {\n // this needs to find any hr in the block to handle abutting blocks\n var m = block.match( /^(?:([\\s\\S]*?)\\n)?[ \\t]*([-_*])(?:[ \\t]*\\2){2,}[ \\t]*(?:\\n([\\s\\S]*))?$/ );\n\n if ( !m ) {\n return undefined;\n }\n\n var jsonml = [ [ \"hr\" ] ];\n\n // if there's a leading abutting block, process it\n if ( m[ 1 ] ) {\n jsonml.unshift.apply( jsonml, this.processBlock( m[ 1 ], [] ) );\n }\n\n // if there's a trailing abutting block, stick it into next\n if ( m[ 3 ] ) {\n next.unshift( mk_block( m[ 3 ] ) );\n }\n\n return jsonml;\n },\n\n // There are two types of lists. Tight and loose. Tight lists have no whitespace\n // between the items (and result in text just in the <li>) and loose lists,\n // which have an empty line between list items, resulting in (one or more)\n // paragraphs inside the <li>.\n //\n // There are all sorts weird edge cases about the original markdown.pl's\n // handling of lists:\n //\n // * Nested lists are supposed to be indented by four chars per level. But\n // if they aren't, you can get a nested list by indenting by less than\n // four so long as the indent doesn't match an indent of an existing list\n // item in the 'nest stack'.\n //\n // * The type of the list (bullet or number) is controlled just by the\n // first item at the indent. Subsequent changes are ignored unless they\n // are for nested lists\n //\n lists: (function( ) {\n // Use a closure to hide a few variables.\n var any_list = \"[*+-]|\\\\d+\\\\.\",\n bullet_list = /[*+-]/,\n number_list = /\\d+\\./,\n // Capture leading indent as it matters for determining nested lists.\n is_list_re = new RegExp( \"^( {0,3})(\" + any_list + \")[ \\t]+\" ),\n indent_re = \"(?: {0,3}\\\\t| {4})\";\n\n // TODO: Cache this regexp for certain depths.\n // Create a regexp suitable for matching an li for a given stack depth\n function regex_for_depth( depth ) {\n\n return new RegExp(\n // m[1] = indent, m[2] = list_type\n \"(?:^(\" + indent_re + \"{0,\" + depth + \"} {0,3})(\" + any_list + \")\\\\s+)|\" +\n // m[3] = cont\n \"(^\" + indent_re + \"{0,\" + (depth-1) + \"}[ ]{0,4})\"\n );\n }\n function expand_tab( input ) {\n return input.replace( / {0,3}\\t/g, \" \" );\n }\n\n // Add inline content `inline` to `li`. inline comes from processInline\n // so is an array of content\n function add(li, loose, inline, nl) {\n if ( loose ) {\n li.push( [ \"para\" ].concat(inline) );\n return;\n }\n // Hmmm, should this be any block level element or just paras?\n var add_to = li[li.length -1] instanceof Array && li[li.length - 1][0] == \"para\"\n ? li[li.length -1]\n : li;\n\n // If there is already some content in this list, add the new line in\n if ( nl && li.length > 1 ) inline.unshift(nl);\n\n for ( var i = 0; i < inline.length; i++ ) {\n var what = inline[i],\n is_str = typeof what == \"string\";\n if ( is_str && add_to.length > 1 && typeof add_to[add_to.length-1] == \"string\" ) {\n add_to[ add_to.length-1 ] += what;\n }\n else {\n add_to.push( what );\n }\n }\n }\n\n // contained means have an indent greater than the current one. On\n // *every* line in the block\n function get_contained_blocks( depth, blocks ) {\n\n var re = new RegExp( \"^(\" + indent_re + \"{\" + depth + \"}.*?\\\\n?)*$\" ),\n replace = new RegExp(\"^\" + indent_re + \"{\" + depth + \"}\", \"gm\"),\n ret = [];\n\n while ( blocks.length > 0 ) {\n if ( re.exec( blocks[0] ) ) {\n var b = blocks.shift(),\n // Now remove that indent\n x = b.replace( replace, \"\");\n\n ret.push( mk_block( x, b.trailing, b.lineNumber ) );\n }\n else {\n break;\n }\n }\n return ret;\n }\n\n // passed to stack.forEach to turn list items up the stack into paras\n function paragraphify(s, i, stack) {\n var list = s.list;\n var last_li = list[list.length-1];\n\n if ( last_li[1] instanceof Array && last_li[1][0] == \"para\" ) {\n return;\n }\n if ( i + 1 == stack.length ) {\n // Last stack frame\n // Keep the same array, but replace the contents\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ) );\n }\n else {\n var sublist = last_li.pop();\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ), sublist );\n }\n }\n\n // The matcher function\n return function( block, next ) {\n var m = block.match( is_list_re );\n if ( !m ) return undefined;\n\n function make_list( m ) {\n var list = bullet_list.exec( m[2] )\n ? [\"bulletlist\"]\n : [\"numberlist\"];\n\n stack.push( { list: list, indent: m[1] } );\n return list;\n }\n\n\n var stack = [], // Stack of lists for nesting.\n list = make_list( m ),\n last_li,\n loose = false,\n ret = [ stack[0].list ],\n i;\n\n // Loop to search over block looking for inner block elements and loose lists\n loose_search:\n while ( true ) {\n // Split into lines preserving new lines at end of line\n var lines = block.split( /(?=\\n)/ );\n\n // We have to grab all lines for a li and call processInline on them\n // once as there are some inline things that can span lines.\n var li_accumulate = \"\";\n\n // Loop over the lines in this block looking for tight lists.\n tight_search:\n for ( var line_no = 0; line_no < lines.length; line_no++ ) {\n var nl = \"\",\n l = lines[line_no].replace(/^\\n/, function(n) { nl = n; return \"\"; });\n\n // TODO: really should cache this\n var line_re = regex_for_depth( stack.length );\n\n m = l.match( line_re );\n //print( \"line:\", uneval(l), \"\\nline match:\", uneval(m) );\n\n // We have a list item\n if ( m[1] !== undefined ) {\n // Process the previous list item, if any\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n m[1] = expand_tab( m[1] );\n var wanted_depth = Math.floor(m[1].length/4)+1;\n //print( \"want:\", wanted_depth, \"stack:\", stack.length);\n if ( wanted_depth > stack.length ) {\n // Deep enough for a nested list outright\n //print ( \"new nested list\" );\n list = make_list( m );\n last_li.push( list );\n last_li = list[1] = [ \"listitem\" ];\n }\n else {\n // We aren't deep enough to be strictly a new level. This is\n // where Md.pl goes nuts. If the indent matches a level in the\n // stack, put it there, else put it one deeper then the\n // wanted_depth deserves.\n var found = false;\n for ( i = 0; i < stack.length; i++ ) {\n if ( stack[ i ].indent != m[1] ) continue;\n list = stack[ i ].list;\n stack.splice( i+1, stack.length - (i+1) );\n found = true;\n break;\n }\n\n if (!found) {\n //print(\"not found. l:\", uneval(l));\n wanted_depth++;\n if ( wanted_depth <= stack.length ) {\n stack.splice(wanted_depth, stack.length - wanted_depth);\n //print(\"Desired depth now\", wanted_depth, \"stack:\", stack.length);\n list = stack[wanted_depth-1].list;\n //print(\"list:\", uneval(list) );\n }\n else {\n //print (\"made new stack for messy indent\");\n list = make_list(m);\n last_li.push(list);\n }\n }\n\n //print( uneval(list), \"last\", list === stack[stack.length-1].list );\n last_li = [ \"listitem\" ];\n list.push(last_li);\n } // end depth of shenegains\n nl = \"\";\n }\n\n // Add content\n if ( l.length > m[0].length ) {\n li_accumulate += nl + l.substr( m[0].length );\n }\n } // tight_search\n\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n // Look at the next block - we might have a loose list. Or an extra\n // paragraph for the current li\n var contained = get_contained_blocks( stack.length, next );\n\n // Deal with code blocks or properly nested lists\n if ( contained.length > 0 ) {\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n last_li.push.apply( last_li, this.toTree( contained, [] ) );\n }\n\n var next_block = next[0] && next[0].valueOf() || \"\";\n\n if ( next_block.match(is_list_re) || next_block.match( /^ / ) ) {\n block = next.shift();\n\n // Check for an HR following a list: features/lists/hr_abutting\n var hr = this.dialect.block.horizRule( block, next );\n\n if ( hr ) {\n ret.push.apply(ret, hr);\n break;\n }\n\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n loose = true;\n continue loose_search;\n }\n break;\n } // loose_search\n\n return ret;\n };\n })(),\n\n blockquote: function blockquote( block, next ) {\n if ( !block.match( /^>/m ) )\n return undefined;\n\n var jsonml = [];\n\n // separate out the leading abutting block, if any. I.e. in this case:\n //\n // a\n // > b\n //\n if ( block[ 0 ] != \">\" ) {\n var lines = block.split( /\\n/ ),\n prev = [],\n line_no = block.lineNumber;\n\n // keep shifting lines until you find a crotchet\n while ( lines.length && lines[ 0 ][ 0 ] != \">\" ) {\n prev.push( lines.shift() );\n line_no++;\n }\n\n var abutting = mk_block( prev.join( \"\\n\" ), \"\\n\", block.lineNumber );\n jsonml.push.apply( jsonml, this.processBlock( abutting, [] ) );\n // reassemble new block of just block quotes!\n block = mk_block( lines.join( \"\\n\" ), block.trailing, line_no );\n }\n\n\n // if the next block is also a blockquote merge it in\n while ( next.length && next[ 0 ][ 0 ] == \">\" ) {\n var b = next.shift();\n block = mk_block( block + block.trailing + b, b.trailing, block.lineNumber );\n }\n\n // Strip off the leading \"> \" and re-process as a block.\n var input = block.replace( /^> ?/gm, \"\" ),\n old_tree = this.tree,\n processedBlock = this.toTree( input, [ \"blockquote\" ] ),\n attr = extract_attr( processedBlock );\n\n // If any link references were found get rid of them\n if ( attr && attr.references ) {\n delete attr.references;\n // And then remove the attribute object if it's empty\n if ( isEmpty( attr ) ) {\n processedBlock.splice( 1, 1 );\n }\n }\n\n jsonml.push( processedBlock );\n return jsonml;\n },\n\n referenceDefn: function referenceDefn( block, next) {\n var re = /^\\s*\\[(.*?)\\]:\\s*(\\S+)(?:\\s+(?:(['\"])(.*?)\\3|\\((.*?)\\)))?\\n?/;\n // interesting matches are [ , ref_id, url, , title, title ]\n\n if ( !block.match(re) )\n return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var attrs = extract_attr( this.tree );\n\n // make a references hash if it doesn't exist\n if ( attrs.references === undefined ) {\n attrs.references = {};\n }\n\n var b = this.loop_re_over_block(re, block, function( m ) {\n\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n var ref = attrs.references[ m[1].toLowerCase() ] = {\n href: m[2]\n };\n\n if ( m[4] !== undefined )\n ref.title = m[4];\n else if ( m[5] !== undefined )\n ref.title = m[5];\n\n } );\n\n if ( b.length )\n next.unshift( mk_block( b, block.trailing ) );\n\n return [];\n },\n\n para: function para( block, next ) {\n // everything's a para!\n return [ [\"para\"].concat( this.processInline( block ) ) ];\n }\n }\n};\n\nMarkdown.dialects.Gruber.inline = {\n\n __oneElement__: function oneElement( text, patterns_or_re, previous_nodes ) {\n var m,\n res,\n lastIndex = 0;\n\n patterns_or_re = patterns_or_re || this.dialect.inline.__patterns__;\n var re = new RegExp( \"([\\\\s\\\\S]*?)(\" + (patterns_or_re.source || patterns_or_re) + \")\" );\n\n m = re.exec( text );\n if (!m) {\n // Just boring text\n return [ text.length, text ];\n }\n else if ( m[1] ) {\n // Some un-interesting text matched. Return that first\n return [ m[1].length, m[1] ];\n }\n\n var res;\n if ( m[2] in this.dialect.inline ) {\n res = this.dialect.inline[ m[2] ].call(\n this,\n text.substr( m.index ), m, previous_nodes || [] );\n }\n // Default for now to make dev easier. just slurp special and output it.\n res = res || [ m[2].length, m[2] ];\n return res;\n },\n\n __call__: function inline( text, patterns ) {\n\n var out = [],\n res;\n\n function add(x) {\n //D:self.debug(\" adding output\", uneval(x));\n if ( typeof x == \"string\" && typeof out[out.length-1] == \"string\" )\n out[ out.length-1 ] += x;\n else\n out.push(x);\n }\n\n while ( text.length > 0 ) {\n res = this.dialect.inline.__oneElement__.call(this, text, patterns, out );\n text = text.substr( res.shift() );\n forEach(res, add )\n }\n\n return out;\n },\n\n // These characters are intersting elsewhere, so have rules for them so that\n // chunks of plain text blocks don't include them\n \"]\": function () {},\n \"}\": function () {},\n\n __escape__ : /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-]/,\n\n \"\\\\\": function escaped( text ) {\n // [ length of input processed, node/children to add... ]\n // Only esacape: \\ ` * _ { } [ ] ( ) # * + - . !\n if ( this.dialect.inline.__escape__.exec( text ) )\n return [ 2, text.charAt( 1 ) ];\n else\n // Not an esacpe\n return [ 1, \"\\\\\" ];\n },\n\n \"![\": function image( text ) {\n\n // Unlike images, alt text is plain text only. no other elements are\n // allowed in there\n\n // ![Alt text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 4 <--- captures\n var m = text.match( /^!\\[(.*?)\\][ \\t]*\\([ \\t]*([^\")]*?)(?:[ \\t]+([\"'])(.*?)\\3)?[ \\t]*\\)/ );\n\n if ( m ) {\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n m[2] = this.dialect.inline.__call__.call( this, m[2], /\\\\/ )[0];\n\n var attrs = { alt: m[1], href: m[2] || \"\" };\n if ( m[4] !== undefined)\n attrs.title = m[4];\n\n return [ m[0].length, [ \"img\", attrs ] ];\n }\n\n // ![Alt text][id]\n m = text.match( /^!\\[(.*?)\\][ \\t]*\\[(.*?)\\]/ );\n\n if ( m ) {\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion\n return [ m[0].length, [ \"img_ref\", { alt: m[1], ref: m[2].toLowerCase(), original: m[0] } ] ];\n }\n\n // Just consume the '!['\n return [ 2, \"![\" ];\n },\n\n \"[\": function link( text ) {\n\n var orig = String(text);\n // Inline content is possible inside `link text`\n var res = Markdown.DialectHelpers.inline_until_char.call( this, text.substr(1), \"]\" );\n\n // No closing ']' found. Just consume the [\n if ( !res ) return [ 1, \"[\" ];\n\n var consumed = 1 + res[ 0 ],\n children = res[ 1 ],\n link,\n attrs;\n\n // At this point the first [...] has been parsed. See what follows to find\n // out which kind of link we are (reference or direct url)\n text = text.substr( consumed );\n\n // [link text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 <--- captures\n // This will capture up to the last paren in the block. We then pull\n // back based on if there a matching ones in the url\n // ([here](/url/(test))\n // The parens have to be balanced\n var m = text.match( /^\\s*\\([ \\t]*([^\"']*)(?:[ \\t]+([\"'])(.*?)\\2)?[ \\t]*\\)/ );\n if ( m ) {\n var url = m[1];\n consumed += m[0].length;\n\n if ( url && url[0] == \"<\" && url[url.length-1] == \">\" )\n url = url.substring( 1, url.length - 1 );\n\n // If there is a title we don't have to worry about parens in the url\n if ( !m[3] ) {\n var open_parens = 1; // One open that isn't in the capture\n for ( var len = 0; len < url.length; len++ ) {\n switch ( url[len] ) {\n case \"(\":\n open_parens++;\n break;\n case \")\":\n if ( --open_parens == 0) {\n consumed -= url.length - len;\n url = url.substring(0, len);\n }\n break;\n }\n }\n }\n\n // Process escapes only\n url = this.dialect.inline.__call__.call( this, url, /\\\\/ )[0];\n\n attrs = { href: url || \"\" };\n if ( m[3] !== undefined)\n attrs.title = m[3];\n\n link = [ \"link\", attrs ].concat( children );\n return [ consumed, link ];\n }\n\n // [Alt text][id]\n // [Alt text] [id]\n m = text.match( /^\\s*\\[(.*?)\\]/ );\n\n if ( m ) {\n\n consumed += m[ 0 ].length;\n\n // [links][] uses links as its reference\n attrs = { ref: ( m[ 1 ] || String(children) ).toLowerCase(), original: orig.substr( 0, consumed ) };\n\n link = [ \"link_ref\", attrs ].concat( children );\n\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion.\n // Store the original so that conversion can revert if the ref isn't found.\n return [ consumed, link ];\n }\n\n // [id]\n // Only if id is plain (no formatting.)\n if ( children.length == 1 && typeof children[0] == \"string\" ) {\n\n attrs = { ref: children[0].toLowerCase(), original: orig.substr( 0, consumed ) };\n link = [ \"link_ref\", attrs, children[0] ];\n return [ consumed, link ];\n }\n\n // Just consume the \"[\"\n return [ 1, \"[\" ];\n },\n\n\n \"<\": function autoLink( text ) {\n var m;\n\n if ( ( m = text.match( /^<(?:((https?|ftp|mailto):[^>]+)|(.*?@.*?\\.[a-zA-Z]+))>/ ) ) != null ) {\n if ( m[3] ) {\n return [ m[0].length, [ \"link\", { href: \"mailto:\" + m[3] }, m[3] ] ];\n\n }\n else if ( m[2] == \"mailto\" ) {\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1].substr(\"mailto:\".length ) ] ];\n }\n else\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1] ] ];\n }\n\n return [ 1, \"<\" ];\n },\n\n \"`\": function inlineCode( text ) {\n // Inline code block. as many backticks as you like to start it\n // Always skip over the opening ticks.\n var m = text.match( /(`+)(([\\s\\S]*?)\\1)/ );\n\n if ( m && m[2] )\n return [ m[1].length + m[2].length, [ \"inlinecode\", m[3] ] ];\n else {\n // TODO: No matching end code found - warn!\n return [ 1, \"`\" ];\n }\n },\n\n \" \\n\": function lineBreak( text ) {\n return [ 3, [ \"linebreak\" ] ];\n }\n\n};\n\n// Meta Helper/generator method for em and strong handling\nfunction strong_em( tag, md ) {\n\n var state_slot = tag + \"_state\",\n other_slot = tag == \"strong\" ? \"em_state\" : \"strong_state\";\n\n function CloseTag(len) {\n this.len_after = len;\n this.name = \"close_\" + md;\n }\n\n return function ( text, orig_match ) {\n\n if ( this[state_slot][0] == md ) {\n // Most recent em is of this type\n //D:this.debug(\"closing\", md);\n this[state_slot].shift();\n\n // \"Consume\" everything to go back to the recrusion in the else-block below\n return[ text.length, new CloseTag(text.length-md.length) ];\n }\n else {\n // Store a clone of the em/strong states\n var other = this[other_slot].slice(),\n state = this[state_slot].slice();\n\n this[state_slot].unshift(md);\n\n //D:this.debug_indent += \" \";\n\n // Recurse\n var res = this.processInline( text.substr( md.length ) );\n //D:this.debug_indent = this.debug_indent.substr(2);\n\n var last = res[res.length - 1];\n\n //D:this.debug(\"processInline from\", tag + \": \", uneval( res ) );\n\n var check = this[state_slot].shift();\n if ( last instanceof CloseTag ) {\n res.pop();\n // We matched! Huzzah.\n var consumed = text.length - last.len_after;\n return [ consumed, [ tag ].concat(res) ];\n }\n else {\n // Restore the state of the other kind. We might have mistakenly closed it.\n this[other_slot] = other;\n this[state_slot] = state;\n\n // We can't reuse the processed result as it could have wrong parsing contexts in it.\n return [ md.length, md ];\n }\n }\n }; // End returned function\n}\n\nMarkdown.dialects.Gruber.inline[\"**\"] = strong_em(\"strong\", \"**\");\nMarkdown.dialects.Gruber.inline[\"__\"] = strong_em(\"strong\", \"__\");\nMarkdown.dialects.Gruber.inline[\"*\"] = strong_em(\"em\", \"*\");\nMarkdown.dialects.Gruber.inline[\"_\"] = strong_em(\"em\", \"_\");\n\n\n// Build default order from insertion order.\nMarkdown.buildBlockOrder = function(d) {\n var ord = [];\n for ( var i in d ) {\n if ( i == \"__order__\" || i == \"__call__\" ) continue;\n ord.push( i );\n }\n d.__order__ = ord;\n};\n\n// Build patterns for inline matcher\nMarkdown.buildInlinePatterns = function(d) {\n var patterns = [];\n\n for ( var i in d ) {\n // __foo__ is reserved and not a pattern\n if ( i.match( /^__.*__$/) ) continue;\n var l = i.replace( /([\\\\.*+?|()\\[\\]{}])/g, \"\\\\$1\" )\n .replace( /\\n/, \"\\\\n\" );\n patterns.push( i.length == 1 ? l : \"(?:\" + l + \")\" );\n }\n\n patterns = patterns.join(\"|\");\n d.__patterns__ = patterns;\n //print(\"patterns:\", uneval( patterns ) );\n\n var fn = d.__call__;\n d.__call__ = function(text, pattern) {\n if ( pattern != undefined ) {\n return fn.call(this, text, pattern);\n }\n else\n {\n return fn.call(this, text, patterns);\n }\n };\n};\n\nMarkdown.DialectHelpers = {};\nMarkdown.DialectHelpers.inline_until_char = function( text, want ) {\n var consumed = 0,\n nodes = [];\n\n while ( true ) {\n if ( text.charAt( consumed ) == want ) {\n // Found the character we were looking for\n consumed++;\n return [ consumed, nodes ];\n }\n\n if ( consumed >= text.length ) {\n // No closing char found. Abort.\n return null;\n }\n\n var res = this.dialect.inline.__oneElement__.call(this, text.substr( consumed ) );\n consumed += res[ 0 ];\n // Add any returned nodes.\n nodes.push.apply( nodes, res.slice( 1 ) );\n }\n}\n\n// Helper function to make sub-classing a dialect easier\nMarkdown.subclassDialect = function( d ) {\n function Block() {}\n Block.prototype = d.block;\n function Inline() {}\n Inline.prototype = d.inline;\n\n return { block: new Block(), inline: new Inline() };\n};\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Gruber.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Gruber.inline );\n\nMarkdown.dialects.Maruku = Markdown.subclassDialect( Markdown.dialects.Gruber );\n\nMarkdown.dialects.Maruku.processMetaHash = function processMetaHash( meta_string ) {\n var meta = split_meta_hash( meta_string ),\n attr = {};\n\n for ( var i = 0; i < meta.length; ++i ) {\n // id: #foo\n if ( /^#/.test( meta[ i ] ) ) {\n attr.id = meta[ i ].substring( 1 );\n }\n // class: .foo\n else if ( /^\\./.test( meta[ i ] ) ) {\n // if class already exists, append the new one\n if ( attr[\"class\"] ) {\n attr[\"class\"] = attr[\"class\"] + meta[ i ].replace( /./, \" \" );\n }\n else {\n attr[\"class\"] = meta[ i ].substring( 1 );\n }\n }\n // attribute: foo=bar\n else if ( /\\=/.test( meta[ i ] ) ) {\n var s = meta[ i ].split( /\\=/ );\n attr[ s[ 0 ] ] = s[ 1 ];\n }\n }\n\n return attr;\n}\n\nfunction split_meta_hash( meta_string ) {\n var meta = meta_string.split( \"\" ),\n parts = [ \"\" ],\n in_quotes = false;\n\n while ( meta.length ) {\n var letter = meta.shift();\n switch ( letter ) {\n case \" \" :\n // if we're in a quoted section, keep it\n if ( in_quotes ) {\n parts[ parts.length - 1 ] += letter;\n }\n // otherwise make a new part\n else {\n parts.push( \"\" );\n }\n break;\n case \"'\" :\n case '\"' :\n // reverse the quotes and move straight on\n in_quotes = !in_quotes;\n break;\n case \"\\\\\" :\n // shift off the next letter to be used straight away.\n // it was escaped so we'll keep it whatever it is\n letter = meta.shift();\n default :\n parts[ parts.length - 1 ] += letter;\n break;\n }\n }\n\n return parts;\n}\n\nMarkdown.dialects.Maruku.block.document_meta = function document_meta( block, next ) {\n // we're only interested in the first block\n if ( block.lineNumber > 1 ) return undefined;\n\n // document_meta blocks consist of one or more lines of `Key: Value\\n`\n if ( ! block.match( /^(?:\\w+:.*\\n)*\\w+:.*$/ ) ) return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var pairs = block.split( /\\n/ );\n for ( p in pairs ) {\n var m = pairs[ p ].match( /(\\w+):\\s*(.*)$/ ),\n key = m[ 1 ].toLowerCase(),\n value = m[ 2 ];\n\n this.tree[ 1 ][ key ] = value;\n }\n\n // document_meta produces no content!\n return [];\n};\n\nMarkdown.dialects.Maruku.block.block_meta = function block_meta( block, next ) {\n // check if the last line of the block is an meta hash\n var m = block.match( /(^|\\n) {0,3}\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}$/ );\n if ( !m ) return undefined;\n\n // process the meta hash\n var attr = this.dialect.processMetaHash( m[ 2 ] );\n\n var hash;\n\n // if we matched ^ then we need to apply meta to the previous block\n if ( m[ 1 ] === \"\" ) {\n var node = this.tree[ this.tree.length - 1 ];\n hash = extract_attr( node );\n\n // if the node is a string (rather than JsonML), bail\n if ( typeof node === \"string\" ) return undefined;\n\n // create the attribute hash if it doesn't exist\n if ( !hash ) {\n hash = {};\n node.splice( 1, 0, hash );\n }\n\n // add the attributes in\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n // return nothing so the meta hash is removed\n return [];\n }\n\n // pull the meta hash off the block and process what's left\n var b = block.replace( /\\n.*$/, \"\" ),\n result = this.processBlock( b, [] );\n\n // get or make the attributes hash\n hash = extract_attr( result[ 0 ] );\n if ( !hash ) {\n hash = {};\n result[ 0 ].splice( 1, 0, hash );\n }\n\n // attach the attributes to the block\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n return result;\n};\n\nMarkdown.dialects.Maruku.block.definition_list = function definition_list( block, next ) {\n // one or more terms followed by one or more definitions, in a single block\n var tight = /^((?:[^\\s:].*\\n)+):\\s+([\\s\\S]+)$/,\n list = [ \"dl\" ],\n i, m;\n\n // see if we're dealing with a tight or loose block\n if ( ( m = block.match( tight ) ) ) {\n // pull subsequent tight DL blocks out of `next`\n var blocks = [ block ];\n while ( next.length && tight.exec( next[ 0 ] ) ) {\n blocks.push( next.shift() );\n }\n\n for ( var b = 0; b < blocks.length; ++b ) {\n var m = blocks[ b ].match( tight ),\n terms = m[ 1 ].replace( /\\n$/, \"\" ).split( /\\n/ ),\n defns = m[ 2 ].split( /\\n:\\s+/ );\n\n // print( uneval( m ) );\n\n for ( i = 0; i < terms.length; ++i ) {\n list.push( [ \"dt\", terms[ i ] ] );\n }\n\n for ( i = 0; i < defns.length; ++i ) {\n // run inline processing over the definition\n list.push( [ \"dd\" ].concat( this.processInline( defns[ i ].replace( /(\\n)\\s+/, \"$1\" ) ) ) );\n }\n }\n }\n else {\n return undefined;\n }\n\n return [ list ];\n};\n\n// splits on unescaped instances of @ch. If @ch is not a character the result\n// can be unpredictable\n\nMarkdown.dialects.Maruku.block.table = function table (block, next) {\n\n var _split_on_unescaped = function(s, ch) {\n ch = ch || '\\\\s';\n if (ch.match(/^[\\\\|\\[\\]{}?*.+^$]$/)) { ch = '\\\\' + ch; }\n var res = [ ],\n r = new RegExp('^((?:\\\\\\\\.|[^\\\\\\\\' + ch + '])*)' + ch + '(.*)'),\n m;\n while(m = s.match(r)) {\n res.push(m[1]);\n s = m[2];\n }\n res.push(s);\n return res;\n }\n\n var leading_pipe = /^ {0,3}\\|(.+)\\n {0,3}\\|\\s*([\\-:]+[\\-| :]*)\\n((?:\\s*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n // find at least an unescaped pipe in each line\n no_leading_pipe = /^ {0,3}(\\S(?:\\\\.|[^\\\\|])*\\|.*)\\n {0,3}([\\-:]+\\s*\\|[\\-| :]*)\\n((?:(?:\\\\.|[^\\\\|])*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n i, m;\n if (m = block.match(leading_pipe)) {\n // remove leading pipes in contents\n // (header and horizontal rule already have the leading pipe left out)\n m[3] = m[3].replace(/^\\s*\\|/gm, '');\n } else if (! ( m = block.match(no_leading_pipe))) {\n return undefined;\n }\n\n var table = [ \"table\", [ \"thead\", [ \"tr\" ] ], [ \"tbody\" ] ];\n\n // remove trailing pipes, then split on pipes\n // (no escaped pipes are allowed in horizontal rule)\n m[2] = m[2].replace(/\\|\\s*$/, '').split('|');\n\n // process alignment\n var html_attrs = [ ];\n forEach (m[2], function (s) {\n if (s.match(/^\\s*-+:\\s*$/)) html_attrs.push({align: \"right\"});\n else if (s.match(/^\\s*:-+\\s*$/)) html_attrs.push({align: \"left\"});\n else if (s.match(/^\\s*:-+:\\s*$/)) html_attrs.push({align: \"center\"});\n else html_attrs.push({});\n });\n\n // now for the header, avoid escaped pipes\n m[1] = _split_on_unescaped(m[1].replace(/\\|\\s*$/, ''), '|');\n for (i = 0; i < m[1].length; i++) {\n table[1][1].push(['th', html_attrs[i] || {}].concat(\n this.processInline(m[1][i].trim())));\n }\n\n // now for body contents\n forEach (m[3].replace(/\\|\\s*$/mg, '').split('\\n'), function (row) {\n var html_row = ['tr'];\n row = _split_on_unescaped(row, '|');\n for (i = 0; i < row.length; i++) {\n html_row.push(['td', html_attrs[i] || {}].concat(this.processInline(row[i].trim())));\n }\n table[2].push(html_row);\n }, this);\n\n return [table];\n}\n\nMarkdown.dialects.Maruku.inline[ \"{:\" ] = function inline_meta( text, matches, out ) {\n if ( !out.length ) {\n return [ 2, \"{:\" ];\n }\n\n // get the preceeding element\n var before = out[ out.length - 1 ];\n\n if ( typeof before === \"string\" ) {\n return [ 2, \"{:\" ];\n }\n\n // match a meta hash\n var m = text.match( /^\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}/ );\n\n // no match, false alarm\n if ( !m ) {\n return [ 2, \"{:\" ];\n }\n\n // attach the attributes to the preceeding element\n var meta = this.dialect.processMetaHash( m[ 1 ] ),\n attr = extract_attr( before );\n\n if ( !attr ) {\n attr = {};\n before.splice( 1, 0, attr );\n }\n\n for ( var k in meta ) {\n attr[ k ] = meta[ k ];\n }\n\n // cut out the string and replace it with nothing\n return [ m[ 0 ].length, \"\" ];\n};\n\nMarkdown.dialects.Maruku.inline.__escape__ = /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-|:]/;\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Maruku.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Maruku.inline );\n\nvar isArray = Array.isArray || function(obj) {\n return Object.prototype.toString.call(obj) == \"[object Array]\";\n};\n\nvar forEach;\n// Don't mess with Array.prototype. Its not friendly\nif ( Array.prototype.forEach ) {\n forEach = function( arr, cb, thisp ) {\n return arr.forEach( cb, thisp );\n };\n}\nelse {\n forEach = function(arr, cb, thisp) {\n for (var i = 0; i < arr.length; i++) {\n cb.call(thisp || arr, arr[i], i, arr);\n }\n }\n}\n\nvar isEmpty = function( obj ) {\n for ( var key in obj ) {\n if ( hasOwnProperty.call( obj, key ) ) {\n return false;\n }\n }\n\n return true;\n}\n\nfunction extract_attr( jsonml ) {\n return isArray(jsonml)\n && jsonml.length > 1\n && typeof jsonml[ 1 ] === \"object\"\n && !( isArray(jsonml[ 1 ]) )\n ? jsonml[ 1 ]\n : undefined;\n}\n\n\n\n/**\n * renderJsonML( jsonml[, options] ) -> String\n * - jsonml (Array): JsonML array to render to XML\n * - options (Object): options\n *\n * Converts the given JsonML into well-formed XML.\n *\n * The options currently understood are:\n *\n * - root (Boolean): wether or not the root node should be included in the\n * output, or just its children. The default `false` is to not include the\n * root itself.\n */\nexpose.renderJsonML = function( jsonml, options ) {\n options = options || {};\n // include the root element in the rendered output?\n options.root = options.root || false;\n\n var content = [];\n\n if ( options.root ) {\n content.push( render_tree( jsonml ) );\n }\n else {\n jsonml.shift(); // get rid of the tag\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n jsonml.shift(); // get rid of the attributes\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n }\n\n return content.join( \"\\n\\n\" );\n};\n\nfunction escapeHTML( text ) {\n return text.replace( /&/g, \"&\" )\n .replace( /</g, \"<\" )\n .replace( />/g, \">\" )\n .replace( /\"/g, \""\" )\n .replace( /'/g, \"'\" );\n}\n\nfunction render_tree( jsonml ) {\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return escapeHTML( jsonml );\n }\n\n var tag = jsonml.shift(),\n attributes = {},\n content = [];\n\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n attributes = jsonml.shift();\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n\n var tag_attrs = \"\";\n for ( var a in attributes ) {\n tag_attrs += \" \" + a + '=\"' + escapeHTML( attributes[ a ] ) + '\"';\n }\n\n // be careful about adding whitespace here for inline elements\n if ( tag == \"img\" || tag == \"br\" || tag == \"hr\" ) {\n return \"<\"+ tag + tag_attrs + \"/>\";\n }\n else {\n return \"<\"+ tag + tag_attrs + \">\" + content.join( \"\" ) + \"</\" + tag + \">\";\n }\n}\n\nfunction convert_tree_to_html( tree, references, options ) {\n var i;\n options = options || {};\n\n // shallow clone\n var jsonml = tree.slice( 0 );\n\n if ( typeof options.preprocessTreeNode === \"function\" ) {\n jsonml = options.preprocessTreeNode(jsonml, references);\n }\n\n // Clone attributes if they exist\n var attrs = extract_attr( jsonml );\n if ( attrs ) {\n jsonml[ 1 ] = {};\n for ( i in attrs ) {\n jsonml[ 1 ][ i ] = attrs[ i ];\n }\n attrs = jsonml[ 1 ];\n }\n\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return jsonml;\n }\n\n // convert this node\n switch ( jsonml[ 0 ] ) {\n case \"header\":\n jsonml[ 0 ] = \"h\" + jsonml[ 1 ].level;\n delete jsonml[ 1 ].level;\n break;\n case \"bulletlist\":\n jsonml[ 0 ] = \"ul\";\n break;\n case \"numberlist\":\n jsonml[ 0 ] = \"ol\";\n break;\n case \"listitem\":\n jsonml[ 0 ] = \"li\";\n break;\n case \"para\":\n jsonml[ 0 ] = \"p\";\n break;\n case \"markdown\":\n jsonml[ 0 ] = \"html\";\n if ( attrs ) delete attrs.references;\n break;\n case \"code_block\":\n jsonml[ 0 ] = \"pre\";\n i = attrs ? 2 : 1;\n var code = [ \"code\" ];\n code.push.apply( code, jsonml.splice( i, jsonml.length - i ) );\n jsonml[ i ] = code;\n break;\n case \"inlinecode\":\n jsonml[ 0 ] = \"code\";\n break;\n case \"img\":\n jsonml[ 1 ].src = jsonml[ 1 ].href;\n delete jsonml[ 1 ].href;\n break;\n case \"linebreak\":\n jsonml[ 0 ] = \"br\";\n break;\n case \"link\":\n jsonml[ 0 ] = \"a\";\n break;\n case \"link_ref\":\n jsonml[ 0 ] = \"a\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.href = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n case \"img_ref\":\n jsonml[ 0 ] = \"img\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.src = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n }\n\n // convert all the children\n i = 1;\n\n // deal with the attribute node, if it exists\n if ( attrs ) {\n // if there are keys, skip over it\n for ( var key in jsonml[ 1 ] ) {\n i = 2;\n break;\n }\n // if there aren't, remove it\n if ( i === 1 ) {\n jsonml.splice( i, 1 );\n }\n }\n\n for ( ; i < jsonml.length; ++i ) {\n jsonml[ i ] = convert_tree_to_html( jsonml[ i ], references, options );\n }\n\n return jsonml;\n}\n\n\n// merges adjacent text nodes into a single node\nfunction merge_text_nodes( jsonml ) {\n // skip the tag name and attribute hash\n var i = extract_attr( jsonml ) ? 2 : 1;\n\n while ( i < jsonml.length ) {\n // if it's a string check the next item too\n if ( typeof jsonml[ i ] === \"string\" ) {\n if ( i + 1 < jsonml.length && typeof jsonml[ i + 1 ] === \"string\" ) {\n // merge the second string into the first and remove it\n jsonml[ i ] += jsonml.splice( i + 1, 1 )[ 0 ];\n }\n else {\n ++i;\n }\n }\n // if it's not a string recurse\n else {\n merge_text_nodes( jsonml[ i ] );\n ++i;\n }\n }\n}\n\n} )( (function() {\n if ( typeof exports === \"undefined\" ) {\n window.markdown = {};\n return window.markdown;\n }\n else {\n return exports;\n }\n} )() );\n"
},
"$:/plugins/tiddlywiki/markdown/wrapper.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/markdown/wrapper.js\ntype: application/javascript\nmodule-type: parser\n\nWraps up the markdown-js parser for use in TiddlyWiki5\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar markdown = require(\"$:/plugins/tiddlywiki/markdown/markdown.js\");\n\nvar CONFIG_DIALECT_TIDDLER = \"$:/config/markdown/dialect\",\n\tDEFAULT_DIALECT = \"Gruber\";\n\nfunction transformNodes(nodes) {\n\tvar results = [];\n\tfor(var index=0; index<nodes.length; index++) {\n\t\tresults.push(transformNode(nodes[index]));\n\t}\n\treturn results;\n}\n\nfunction transformNode(node) {\n\tif($tw.utils.isArray(node)) {\n\t\tvar p = 0,\n\t\t\twidget = {type: \"element\", tag: node[p++]};\n\t\tif(!$tw.utils.isArray(node[p]) && typeof(node[p]) === \"object\") {\n\t\t\twidget.attributes = {};\n\t\t\t$tw.utils.each(node[p++],function(value,name) {\n\t\t\t\twidget.attributes[name] = {type: \"string\", value: value};\n\t\t\t});\n\t\t}\n\t\twidget.children = transformNodes(node.slice(p++));\n\t\t// Massage images into the image widget\n\t\tif(widget.tag === \"img\") {\n\t\t\twidget.type = \"image\";\n\t\t\tif(widget.attributes.alt) {\n\t\t\t\twidget.attributes.tooltip = widget.attributes.alt;\n\t\t\t\tdelete widget.attributes.alt;\n\t\t\t}\n\t\t\tif(widget.attributes.src) {\n\t\t\t\twidget.attributes.source = widget.attributes.src;\n\t\t\t\tdelete widget.attributes.src;\n\t\t\t}\n\t\t}\n\t\treturn widget;\n\t} else {\n\t\treturn {type: \"text\", text: node};\n\t}\n}\n\nvar MarkdownParser = function(type,text,options) {\n\tvar dialect = options.wiki.getTiddlerText(CONFIG_DIALECT_TIDDLER,DEFAULT_DIALECT),\n\t\tmarkdownTree = markdown.toHTMLTree(text,dialect),\n\t\tnode = $tw.utils.isArray(markdownTree[1]) ? markdownTree.slice(1) : markdownTree.slice(2);\n\tthis.tree = transformNodes(node);\n};\n\n/*\n\n[ 'html',\n [ 'p', 'something' ],\n [ 'h1',\n 'heading and ',\n [ 'strong', 'other' ] ] ]\n\n*/\n\nexports[\"text/x-markdown\"] = MarkdownParser;\n\n})();\n\n",
"title": "$:/plugins/tiddlywiki/markdown/wrapper.js",
"type": "application/javascript",
"module-type": "parser"
}
}
}
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$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/search
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
$:/plugins/felixhayashi/tiddlymap/graph/views/live
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
}
}
}
$:/themes/tiddlywiki/vanilla
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"5px 5px 5px rgba(0, 0, 0, 0.1)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected svg {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t-webkit-filter: blur(4px);\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"2px 2px 4px rgba(0,0,0,0.2)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Theme Tweaks",
"text": "You can tweak certain aspects of the ''Vanilla'' theme.\n\n! Settings\n\n* [[Font family|$:/themes/tiddlywiki/vanilla/settings/fontfamily]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/>\n\n! Sizes\n\n* [[Font size|$:/themes/tiddlywiki/vanilla/metrics/fontsize]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/>\n* [[Line height|$:/themes/tiddlywiki/vanilla/metrics/lineheight]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/>\n* [[Font size for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/>\n* [[Line height for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodylineheight]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/>\n* [[Story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]] //(the distance between the left of the screen and the left margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/>\n* [[Story top position|$:/themes/tiddlywiki/vanilla/metrics/storytop]] //(the distance between the top of the screen and the top margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/>\n* [[Story right|$:/themes/tiddlywiki/vanilla/metrics/storyright]] //(the distance between the left side of the screen and the left margin of the sidebar area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/>\n* [[Story width|$:/themes/tiddlywiki/vanilla/metrics/storywidth]] //(the width of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/>\n* [[Tiddler width|$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth]] //(the width of individual tiddlers -- used for zoomin storyview)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/>\n* [[Sidebar breakpoint|$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint]] //(the minimum width for the sidebar to be displayed alongside the story river)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/>\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\t\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tword-wrap: break-word;\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: absolute;\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-search-results {\n\tpadding-top: 14px;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg,\n.tc-search svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: auto;\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 28px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor, .tc-tiddler-frame textarea.tc-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 48%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-preview-edit {\n\twidth: 48%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n\twidth: calc(100% - 84px);\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: relative;\n\t\twidth: 50%;\n\t\tmargin: 30px auto;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\t\n}\n\n.tc-static-alert {\n\tposition: relative;\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n\tposition: absolute;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 1em 0 1em 0;\n\tpadding: 8px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\t\n}\n\na.tc-plugin-info img, a.tc-plugin-info svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 1em 1em 1em 1em;\n\tmargin-top: -1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n\tmargin: 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 4px;\n\tborder: 1px solid #000;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", sans-serif"
}
}
}
Aka lub or S1
At this time, the [[tricuspid valve]] and the [[mitral valve]] snap shut
The [[pulmonary valve]] and [[aortic valve]] are open
* Shifts oxygen dissociation curve of hemoglobin to the right
Aka "dub" or S2
At this time, the [[pulmonary valve]] and [[aortic valve]] snap shut
The [[tricuspid valve]] and [[mitral valve]] are open
Aka S3
Made by blood sloshing around in the [[ventricles|ventricle]] during the middle third of [[diastole]]
Aka S4
Made by [[atrial kick]] during late [[diastole]]
* 5-fluorouracil
* used to treat colorectal and pancreatic cancer and used topically for basal cell carcinoma
* Competitively inhibits [[thymidylate synthase]].
* 6-mercaptopurine
* Inhibits DNA synthesis
* Metabolic product 6-TGN is anti-inflammatory (slows growth of rapidly proliferating immune cells).
* Seems more useful when combined with allopurinol (decreases diversion of 6-MP into degradative interaction with XO)
''Identification:''
"In the cavernous sinus it runs alongside the internal carotid artery. It then enters the orbit through the superior orbital fissure and innervates the lateral rectus muscle of the eye."
“Abducens Nerve.” Wikipedia, the Free Encyclopedia, February 8, 2015. https://en.wikipedia.org/w/index.php?title=Abducens_nerve&oldid=646144519.
''Action:'' Abducts and flexes the [[metatarsophalangeal joint]]
''Identification:''
Its tendon forms the anatomical [[snuffbox]]
The abductor pollicis longus lies immediately below the [[supinator]] and is sometimes united with it.
Passing obliquely downward and lateralward, it ends in a tendon, which runs through a groove on the lateral side of the lower end of the radius, accompanied by the tendon of the [[extensor pollicis brevis]].^^[1]^^
[img[http://i197.photobucket.com/albums/aa49/Buisty/Upper%20Body%20Muscles/AbductorPollicisLongus.jpg]]
(http://i197.photobucket.com/albums/aa49/Buisty/Upper%20Body%20Muscles/AbductorPollicisLongus.jpg)
[1] “Abductor Pollicis Longus Muscle.” Wikipedia, the Free Encyclopedia, October 12, 2014. https://en.wikipedia.org/w/index.php?title=Abductor_pollicis_longus_muscle&oldid=629296670.
This notebook was built from the open-source project [[Tiddlywiki|http://tiddlywiki.com/]] with the awesome extension [[TiddlyMap|https://github.com/felixhayashi/TW5-TiddlyMap]].
You can download this notebook and tweak it as you wish within your web browser. I host it on [[Github Pages|https://pages.github.com/]].
Occurs when a cell is depolarized past the [[threshold potential]] such that it does not fire an [[action potential|nerve action potential]]
Occurs because [[depolarization]] closes the [[inactivation gate]] on the [[voltage-gated sodium channel]]
* Made from two acetyl ~CoA
[[acetyl CoA]] + CO,,2,, + ATP -> [[malonyl CoA]] + ADP + P,,i,,
Broken down by [[cholinesterase]]
Caused by deficient vitamin B,,6,,, B,,12,,, and/or folate.
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* treated with hematin
* example of how sometimes treating the symptoms (neuropsychiatric), makes the underlying condition worse
* ADA = adenosine deaminase
* Converts [[adenosine]] into [[inosine]] and [[NH3]]
* Deficiency causes severe combined immunodeficiency
Actions are to adduct the [[thumb]], flex the metacarpophalangeal joint, and flex the carpometacarpal joint.
It has a transverse head and an oblique head:
[img[http://i1251.photobucket.com/albums/hh551/vladimirzec/Anatomija%20ljudskog%20pokreta/Adductorpollicis_zpsde216ad9.jpg]]
Its ligand is [[norepinephrine]]
It is associated with the [[sympathetic nervous system]]
* AGAT = arginine:glycine amidinotransferase
* Regulated step of heme biosynthesis
* Helps keep long-chain [[fatty acids|Fatty Acid]] soluble in blood.
* A carrier of bilirubin
* Has many binding sites, whose binding states influence affinity in other sites
* Ibuprofen competitively inhibits binding of bilirubin
* Deficiency causes [[edema]]
* Yields two NADH molecules.
* More soluble than uric acid
Inhibits release of [[norepinephrine]] as a form of negative feedback on the [[sympathetic nervous system]]
* ALT = alanine transaminase (or aminotransferase)
* A useful marker of liver function
The essential amino acids are:
* Phenylalanine
* Valine
* Threonine
*Tryptophan
* Isoleucine
* Methionine
* Histidine
* Alanine
* Leucine
* Lysine
''Above the pectinate line:''
* Derived from hindgut
* Innervated by inferior hypogastric plexus
* Supplied by the superior rectal artery and vein
Extends the [[elbow]] joint
Innervated by the [[radial nerve]]
From the Greek for elbow--agkon
[img[https://dw9r2us9jo9xp.cloudfront.net/images/anatomy_term/musculus-anconeus/musculus_anconeus_atlas_MlD5SotDYoqgsWO1XtQYZA.png]]
Defined as decrease in [[RBC]] mass
In this state, [[PaO2]] and [[SaO2]] are normal
Superficial Fascia composed of:
* Camper's fascia - fatty layer
* Scarpa's Fascia - deep membranous layer
''Innervation:''
* Involved with third and fourth layers of the anterior forearm
* Includes the [[pronator quadratus]], [[flexor digitorum profundus]], and the [[flexor pollicis longus]]
Dicrotic notch coincides with closure of aortic valve
The following bump in pressure is from recoil against the valve after it closes
[img[http://www.isakanyakumari.com/images/pearl2.jpeg]]
Failure of cell production during [[embryogenesis]]; e.g. [[unilateral renal aplasia]]
Does not increase risk of future [[breast cancer]]
Derivatives include [[urea]], [[creatine]], and [[nitric oxide|NO]].
* ASL = argininosuccinate lyase
In the [[mitosol]], it catalyzes [[oxaloacetate]] + [[glutamate]] --> [[aspartate]] + [[α-ketoglutarate]].
In the [[mitochondrial intermembrane space]], it catalyzes [[aspartate]] + [[α-ketoglutarate]] --> [[oxaloacetate]] + [[glutamate]].
* ASS = argininosuccinate synthetase
* Converts ATP to AMP + PP,,i,,
* AST = aspartate transaminase
* Bidirectional enzyme
the priming force contributed by [[atrial contraction]] immediately before ventricular [[systole]] that acts to increase the efficiency of [[ventricular ejection|rapid ventricular ejection]] due to acutely increased [[preload]]
Atrial blood is pumped into the [[ventricles|ventricle]]
Creates a delay in contraction of about 1/10 of a second in [[ventricles|ventricle]] compared to [[atria|atrium]].
Decrease in stress -> decrease in size
Happens either by decrease in size or decrease in number of cells
Decrease in cells happens via [[apopotosis]]
Decrease in cells size happens via [[ubiquitin-proteosome degradation pathway]] or [[autophagy]] of cell components
Cell consumes its own components in [[vacuoles|vacuole]] that fuse with [[lysosomes|lysosome]]
Innervates the [[deltoid]] and [[teres minor]] muscles
''Injury:''
* Can be caused by fracture of the surgical neck of the [[humerus]]
* Causes inability to abduct beyond 15° and flattening of the [[deltoid]]
cobalamin = vitamin B,,12,,
Used by [[methionine synthase]], which affects downstream generation of [[SAM]] and [[dTMP]]
Used by methyl-malonyl CoA mutase
Deficiency causes aberrant [[DNA synthesis]]. inaccurate [[DNA repair]], and accumulation of [[dUMP]].
''Absorption:''
* Acquired from diet
* Stomach acid degrades dietary protein attachment to B12
* R protein in stomach attaches to B12 to protect it from acid
* Intestinal pH raises and causes R protein to fall off
* Intrinsic factor (IF) from parietal cells binds to B12 instead
* IF allows B12 to bind to enterocytes
* Enterocytes cleave off IF and attach B12 to transcobalamin for transport in the blood
''Causes of Deficiency:''
* Gastric bypass and Crohn's disease
* Tapeworms can steal your B,,12,,
* Patient has IF antibodies
* pH of stomach is not acidic enough (like people taking PPI's)
* Inability to produce R protein
* Gastritis causes reduction in parietal cells that produce IF
* Can be caused by reduced production of IF
* Pancreatic insufficiency causes inability to neutralize stomach acid and digestion of R protein
Vitamin B6 = PLP = pyridoxal 5' phosphate
Pyridoxal phosphate the active form of vitamin B6, is a coenzyme in a variety of enzymatic reactions. The versatility of PLP arises from its ability to covalently bind the substrate, and then to act as an electrophilic catalyst, thereby stabilizing different types of carbanionic reaction intermediates.
* folate = vitamin B,,9,,
BCKDC = branched-chain α-ketoacid dehydrogenation complex
Performs oxidative dephosphorylation on branched alpha-ketoacids
Requires [[thiamine]], [[NAD+]], [[FAD]], [[lipoic acid]], and [[CoA]].
* BH4 = tetrahydrobiopterin
Short head is innervated by the [[common fibular nerve]]
Yellow color
Lipid soluble; needs [[albumin]] to travel through bloodstream
Cytotoxic
Formed by successive action of [[heme oxygenase]] and [[biliverdin reductase]]
* Conjugated form of bilrubin (or direct bilirubin)
* Water soluble
* Non-toxic
* biliverdin --> bilirubin
* Found in all tissues
''Role in Amino Acid Metabolism:''
* A major consumer of glucose and branched-chain amino acids
* Neurotransmitter synthesis
Helps maintain pH at a certain level
''Common Serum Buffers:''
* [[Ammonia]]
* [[Bicarbonate]]
* [[Phosphate]]
* [[Amino acid]] side chains
* [[Hemoglobin|hemoglobin]]
CO binds [[hemoglobin] more avidly than [[O2]]
Under CO poisoning, [[PaO2]] is normal and [[SaO2]] is decreased
Can be caused by exposure to smoke from fires and exhaust from cars or gas heaters
Common method of suicide is CO poisoning via car exhaust in garage
Classic finding is cherry-red skin
''Early'' sign of exposure is headache; significant exposure can lead to coma or death
Gives a high [[SpO2]] reading on a pulse oximeter.
''Based on chamber perspective:''
# [[atrial systole]]
# [[isovolumetric ventricular contraction]]
# [[rapid ventricular ejection]]
# [[reduced ventricular ejection]]
# [[isovolumetric ventricular relaxation]]
# [[rapid ventricular filling]]
# [[diastasis]]
''Based on heart sound perspective:''
# [[1st heart sound]]
# [[2nd heart sound]]
# [[3rd heart sound]]
# [[4th heart sound]]
[img[http://musom.marshall.edu/graphicdesign/ibooks/website-portfolio-images/Systems/Cardiovascular%20Normal/Cardiac%20Cycle-MU.jpg]]
Only seen in relation to the [[heart]]
Acts as a functional syncytium of cells
It is ''branched'', striated, and can have one or two nuclei located in the middle of each cell
Blood vessels and connective tissue ([[endomesium]]) course between gaps of cardiac cells
Cells carry a lot of mitochondria
[[T-tubules|T-tubule]] communicate between [[sarcolemma]] and cell interior
Extracellular Ca^^2+^^ crosses the membrane of sarcolemma or T-tubules and binds to receptor of [[sarcoplasmic reticulum]] so that it dumps out its own Ca^^2+^^
Cells have [[gap junctions|gap junction]] so that neighbors can communicate through their [[intercalated disks|intercalated disk]]. These disks propagate [[depolarization waves|depolarization wave]].
Intercalated disks are held together by [[desmosomes|desmosome]]. The desmosomes are what keep cardiac muscle from ripping due to [[wall stress]]
Cardiac muscle is controlled by the [[autonomic nervous system]]
Moves at a speed in between the fast movement of the [[skeletal muscle]] and the slow movement of the [[smooth muscle]]
''Phase 3:''
Rapid repolarization due to large-scale K^^+^^ efflux following the opening of voltage-gated slow K^^+^^ channels and closing of voltage-gated Ca^^2+^^
''Phase 4:''
Resting membrane potential approaches K^^+^^ equilibrium
* Necessary for FAO
* Used to get FA into mitosol
CBS = cystathionine beta-synthase
Converts [[homocysteine]] and [[serine]] to [[cystathionine]] and [[H2O]]
Requires [[B6]] aka PLP
Likelihood of injury depends on type of stress, severity, and type of cell affected
''Common causes of injury include:''
* [[inflammation]]
* [[nutritional imbalance]] -- excess or deficiency
* [[hypoxia]]
* [[trauma]]
* [[genetic mutations]]
Examples include [[hypoxia]], infectious agents, immunological reactions, and nutritional imbalances
''Signs of Reversible Damage:''
* [[membrane blebbing]]
* [[cellular swelling]] <- ''Hallmark''
* Depletion of [[ATP]]
* Decreased [[glycogen]]
* Fatty changes
* Detachment of [[ribosomes|ribosome]] from [[ER]] (due to low association)
* Clumping of nuclear [[chromatin]]
''Signs of Irreversible Damage:''
* [[membrane damage]] <- ''Hallmark''
* Presence of cytosolic [[lysosomes|lysosome]]
* Loss of [[nucleus]]
* [[Mitochondrial|mitochondria]] [[permeability]]
End result of irreversible injury is [[cell death]]
Leads to loss of [[microvilli]], [[membrane blebbing]], and swelling of [[RER]]
Associated ligand is [[acetylcholine]]
Connect [[papillary muscles]] of the [[right atrium]] of the [[heart]] to the valve cusps
Prevent the cusps of the [[tricuspid valve]] from prolapsing into the atrium
Increase in protein synthesis after after peripheral axonal injury in an attempt to regenerate [[axon]]
Symptoms include impaired psychiatric function as a manifestation of [[hepatic encephalopathy]] caused by [[ammonia|NH3]] toxicity
* Transports exogenous products
[img[citrulline-NO cycle.png]]
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
Roots are L4-5 and S1-2.
Derives from the [[sciatic nerve]]
Innervates the [[anterior|anterior compartment of leg]] and [[lateral|lateral compartment of leg]] compartments of the leg.
''Classical pathway of fixation:''
# C1 proenzyme binds to antigen-antibody complex
# Leads to release of C2a and C4a fragments
# C2a and C4a combine to make C3 convertase
* CPK = creatine (phospho)kinase = CK
* Acts mainly in muscle
* Bidirectional
CPSI = carbamoyl phosphate synthetase I
Takes place in the mitosol
Rate-limiting step in urea cycle
2 [[ATP]] + [[HCO3-|bicarbonate]] + [[NH4+|ammonium]] -> 2 [[ADP]] + [[carbamoyl phosphate]] + P,,i,,
Upregulated by [[N-acetyl glutamate]]
''Similar to [[CPSII]] in that they both use CO,,2,, (aka bicarbonate) as the source of carbon''
Defect cannot be treated with arginine
CPSII = carbamoyl phosphate synthetase II
Takes place in the cytosol
Rate limiting step of pyramidine synthesis
2 [[ATP]] + [[HCO3-|bicarbonate]] + [[glutamine]] + H,,2,,O -> 2 [[ADP]] + [[carbamoyl phosphate]] + [[glutamate]] + P,,i,,
Inhibited by [[UMP]]/UTP
''Similar to [[CPSI]] in that they both use CO,,2,, (aka bicarbonate) as the source of carbon''
Deficiency causes:
* Elevated plasma acyl carnitines
* [[hypoglycemia]]
* [[hypoketosis]]
CSE = cystathionine gamma-lyase
Requires [[PLP|B6]]
Converts [[cystathionine]] and [[ammonium]] into [[cysteine]], [[alpha-ketobutyrate]], and H,,2,,O
Synthesized from [[UTP]] and [[glutamine]]
An isozyme of [[cytochrome P450]]
Metabolizes [[tylenol]] into toxic [[NAPQI]]
Induced by excessive [[ethanol]] consumption
An izozyme of [[cytochrome P450]]
Between 50-60% of hepatic CYP450 is this isozyme.
Estimated that it acts on as much as 50% of prescribed drugs (including [[statins]])
Inhibited by [[macrolide antibiotics]] and grapefruit juice
Caused by a defect in a [[kidney]] transporter that removes cystine from the urine and back into the blood.
Treated with restriction of [[methionine]], which derives into [[cysteine]]
Converts [[methemoglobin]] to [[hemoglobin]]
Uses [[NADH]] produced by [[G6PD]]
* Detoxifies xenobiotics
* Affects drug efficacy
* Makes compounds more hydrophilic
* DHAP = dihydroxyacetone phosphate
* Both liver and adipose tissue can convert it to [[glycerol 3-phosphate|Glycerol 3-Phosphate]].
* dihydropyramidine dehydrogenase
* Different activity levels of this enzyme affect how much chemotherapy needs to be given to individual patients
* dihydrofolate reductase
diastasis = reduced ventricular filling
Longest part of the [[cardiac cycle]]
Happens after [[rapid ventricular filling]] and before [[atrial systole]]
Period when the ventricles refill with blood
A period of high volume
Happens after the [[2nd heart sound]] and before the [[1st heart sound]]
Most common associated cause of death is [[congenital heart disease]]
[[BH2]] + [[NADPH]] -> [[BH4]] + [[NADP+]]
Regenerates BH4 for use by [[phenylalanine hydroxylase]] and [[tyrosine hydroxylase]]
Deficiency associated with non-classical [[PKU]]
Derived from [[tyrosine]]
[[parkinson disease]] involves degeneration of dopaminergic neurons that use [[D2 receptor]]
Defined as low [[O2]] delivery to tissue -> deficit of [[ATP]] -> [[cellular injury]]
Low ATP disrupts key cellular functions like [[Na+,K+-ATPase]] -> [[cellular swelling]]; the [[Ca2+-ATPase]] -> enzyme activation, and [[aerobic glycolysis]] -> [[lactic acid]] accumulation
Causes are [[ischemia]], [[hypoxemia]], decreased [[O2-carrying capacity]] of blood
Initial phase is [[reversible|cellular injury]]
A [[neuron]] is especially susceptible to this stress
Happens with a change in type of stress -> change in cell type
Most commonly happens with surface epithelial cells
Metaplastic cells are better able to withstand new stress
Happens via reprogramming of [[stem cells|stem cell]]. This process is ''reversible''.
Can progress to [[dysplasia]] and [[cancer]]; classic exception -- [[apocrine metaplasia]]
[[vitamin A deficiency]] can cause metaplasia; e.g. [[keratomalacia]]
[[mesenchymal tissue]] can also undergo metaplasia; e.g. [[myositis ossificans]]
Disordered cellular growth
Proliferation of pre-cancerous cells
Arises from longstanding [[hyperplasia]] or [[metaplasia]]
Dysplasia is ''reversible''
Non-caloric protein malnutrition (like Kwashiorkor) can cause edema. This is because less [[amino acid]] intake means there is less [[albumin]] being synthesized in the [[liver|Liver]]. Without albumin being used as a major contributor to colloidal osmotic strength in the plasma, fluid flows into the interstitial space.
$$elastance = \frac{P}{V}
Extended by the [[triceps brachii]] and the [[anconeus]]
Injury to upper trunk (C5-C6) of the [[brachial plexus]].
Affects the [[deltoid]], [[rotator cuff]], [[elbow flexors]], [[wrist extensors]], and [[hand extensors]].
"Waiter's tip" palsy:
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fboneandspine.com%2Fwp-content%2Fuploads%2F2014%2F02%2Ferbs-palsy.png&f=1]](http://boneandspine.com/wp-content/uploads/2014/02/erbs-palsy.png)
* Consumes 2 NADPH per round.
Upon fracture of the neck of the femur, muscles crossing the neck will contract. This includes the powerful [[gluteus maximus]], which will laterally rotate the limb.
Stores iron in +3 state
Predominately a tissue protein; small amount in plasma. It will show elevated levels in plasma under [[iron overload]] conditions.
* FH,,2,, = dihydrofolate = DHF = H,,2,,Folate
* FH,,4,, = Tetrahydrofolate = THF = H,,4,,Folate
[img[fh4.png]]
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
Or peroneus longus
''Identification:''
"The longest and most superficial of the three fibularis muscles, [fibularis longus] is attached proximally to the head of the [[fibula]] and its 'belly' runs down most of this bone. It becomes a tendon that goes posteriorly around the [[lateral malleolus of the ankle]], then continues under the foot to attach to the [[medial cuneiform]] and first [[metatarsal]]."
“Peroneus Longus.” Wikipedia, the Free Encyclopedia, January 10, 2015. https://en.wikipedia.org/w/index.php?title=Peroneus_longus&oldid=641933650.
Innervated by [[median nerve]]
''Actions:''
* Flexes [[MCPJ]] and [[PIPJ]]
* Flexes [[wrist]]
[img[https://anatomystudybuddy.files.wordpress.com/2012/09/flexdigitorum.gif]]
"Harry" in the "Tom, Dick, and Harry" mnemonic.
Action: Flexes the [[carpometacarpal|CMC]] and [[metacarpophalangeal|MCP]] joints of the thumb
Innervation:
* Superficial head: Recurrent branch of the [[median nerve]]
* Deep head: Deep branch of [[ulnar nerve]]
[img[https://classconnection.s3.amazonaws.com/104/flashcards/1672104/jpg/flexor_pollicis_brevis1344057576649.jpg]]
''Structures passing deep to the flexor retinaculum include:''
* Tibialis posterior
* Flexor digitorum longus
* Posterior tibial artery
* Tibial nerve
* Flexor hallucis longus
''Muscles in the 3rd Plantar Layer:''
* [[flexor hallucis brevis]]
* [[adductor hallucis]]
* [[flexor digiti minimi brevis]]
''Six superficial flexors:''
* [[pronator teres]] -- [[median nerve]]
* [[palmaris longus]] -- [[median nerve]]
* [[flexor digitorum superficialis]] -- [[median nerve]]
* [[flexor carpi radialis]] -- [[median nerve]]
* [[flexor carpi ulnaris]] -- [[ulnar nerve]]
* [[brachioradialis]] -- [[radial nerve]]
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
Drugs commonly target G-protein coupled receptors
* PPP enzyme
* G6PD = Glucose 6-Phosphate Dehydrogenase
* Generates [[NADPH]]
* Deficient G6PD increases erythrocyte hemolysis --> hyperbilirubinemia
* GAMT = guanidinoacetate N-methytransferase
* Grant partial credit for second choices on exams
* Outcomes: Generation of [[glucose]] at energetic cost from non-glycolytic precursors.
* Where: [[Liver|liver]] cytosol.
* Active in: [[Fasted state|fasted state]]
* Key regulated steps -
[img[gluconeogenesis.jpg]]
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* Patients with [[von Gierke disease]] lack functional G-6-phosphatase --> excess [[PRPP]]
Found in all tissues, but especially in [[RBCs|RBC]], [[cornea]], and the [[brain]].
Found in [[placenta]], the [[neuron]], and the [[teste]]
Derivatives of glutamate include [[GABA]] (γ-aminobutyric acid) and GSH ([[glutathione]])
NADPH is produced when α-ketoglutarate is produced.
Moves [[aspartate]] into the [[mitochondrial intermembrane space]] and [[glutamate]] into the [[mitosol]].
* Major importers of glutamine are the [[gut|intestine]], the [[kidney]], and immune cells.
* Glutamine and alanine are amino acids at highest concentration in the blood
Catalyzes breakdown of [[H2O2]]
* Starting compound for TAG synthesis.
* Both liver and adipose tissue can produce it from [[DHAP]].
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
* Outcomes: Generation of [[glycogen]] stores of energy.
* Where: [[Liver|liver]].
* Active in: [[Fed state|fed state]].
* Reaction: Glycogen,,n,, + Glucose + 2ATP --> Glycogen,,n+1,, + 2ADP + 2P,,i,,
* Outcomes: Generation of [[glucose]] as fuel.
* Where: [[Liver|liver]] and [[muscle]].
* Active in: [[Fasted state|fasted state]].
* Key regulated steps: [[Glucose 6-phosphatase|glucose 6-phosphatase]] (only in [[liver]]).
* Outcomes: Net production of 2 [[ATP]], 2 [[acetyl CoA]], and 2 [[NADH]]. Generates important metabolic intermediates.
* Where: In the cytoplasm of all cells. All cells (especially [[RBCs]])
* Active in: [[fed state]]
* Key regulated steps: [[hexokinase]]/[[glucokinase]], [[PFK-1]], and [[pyruvate kinase]].
* Deposition of [[uric acid]] in joints --> inflammation
* Caused by excessive degradation of [[purines|purine]]
* Complexes with hemeglobin subunits so they are filtered less from the bloodstream
* High density in terms of proteins to lipids.
* Takes [[cholesterol|Cholesterol]] to [[liver|Liver]].
Iron in heme can be switched between oxidation states and coordinate structures accordingly
Can be incorporated in larger biomolecules; needs to do so in order to be hydrophilic
Found in cytochrome p450 molecules
* Rate-limiting step of heme degradation
* Can measure CO exhalation to estimate bilirubin levels
* Inhibited by tin, zinc, or cobalt (protoporphyrins)
* Predominately happens in bone marrow
* Impaired by lead
* Imposes negative self-feedback
* Overrides negative feedback when demand for heme increases
* T state = deoxy Hb = no O,,2,, bound to heme
* R state = oxy Hb = O,,2,, is bound to heme
* CO,,2,, can bind to hemoglobin forming carbamate of hemoglobin (T state)
* As pH increases at a given oxygen pressure, the amount of hemoglobin saturated with O,,2,, increases
* To increase release of O,,2,,, lower the pH
''Part 1 for lowering [[pH]] of Body (at tissues):''
1. Actively metabolizing tissues give off [[CO2]]
2. CO2 enters the [[RBC]]
3. [[Carbonic anhydrase]] converts CO2 to bicarbonate ion
4. Bicarbonate releases a proton and enters tissue
5. pH drop causes hemoglobin to bind proton and to release O,,2,, into tissue
''Part 2 for lowering pH of body (at lungs):''
1. High O,,2,, pressure causes O,,2,, to enter RBC
2. O,,2,, binding hemoglobin causing it to release proton
3. Bicarbonate enters the RBC and binds proton
4. Carbonic anhydrase converts bicarbonate to CO,,2,,
5. RBC releases CO,,2,, into lungs
6. Lungs expel CO,,2,,
Treated with blood letting until serum [[ferritin]] is below reference points
* Mental impairment
* [[Megaloblastic anemia]]
* Hypoxanthine-guanine phosphoribosyltransferase
* Reutilizes nucleotides
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
* Made from three acetyl ~CoA
''Inborn Errors of Metabolism:''
* Two key pathways related to [[homocysteine]] can be defective
* homocysteine + [[serine]] -> [[cysteine]]
* homocysteine -> [[methionine]]
Classically caused by deficiency of [[cystathionine synthase|CBS]]
Can also be caused by decreased affinity of cystathionine synthase for [[B6]] or by [[homocysteine methyltransferase]] deficiency.
Treated with decreased intake of [[methionine]] and increased intake of [[cysteine]] with supplementation of [[B6]], [[B12]], and [[folate|B9]]
* Homogentisic acid dioxygenase = HGD
* enzyme that is part of the degradative pathway of tyrosine into fumarate
''Framework:''
* What is the study ''population''?
* What is the ''exposure''?
* What is the ''outcome''?
* What is the ''comparison''?
* What was the ''time frame''?
* What is the ''type'' of study?
''Things to think about:''
* Ecological studies do not evaluate individuals
* In some prospective/longitudinal/cohort studies, there isn't always randomization of subjects
* In prospective studies as opposed to retrospective studies, you have better evidence for causation because you see exposure happens before the outcome
* Retrospective/Case-control slightly less useful because you have to worry about distortions of recall
**In the Newborn:**
* Genetic component
* Neonate blood-brain not mature, permeable to bilirubin
* Newborns have higher hematocrit, shorter RBC lifespan --> greater turnover of hemoglobin
* Steep rise in [[UDP-GT]] at the time of birth --> won't be prepared if baby is born prematurely
* Acute bilirubinmeia encephalopathy --> initial lethargym hypotonia, and weak suck; can progress to opisthotonus and seizures
* Bilirubin-induced neurological dysfunction --> choreo-athetoid cerbral palsy (move and twist like a snake), sensorineural defects, kernicterus (deep yellow staining of basal ganglia and cranial nerve nuclei) --> does not develop unless bilirubin exceeds 20 mg/dl --> leads to necrosis
* Direct (conjugated) hyperbilirubinemia is very rare and almost always pathological
* Treatment: --> Phototherapy (converts bilirubin to excretable form)
* Recommendations --> Promote healthy breastfeeding, measure timed bilirubin levels, assure appropriate follow-up, treat when indicated with phototherapy, IVIG, or exchange transfusion
* Like from burns, severe injury, and acute inflammatory response.
Growth by production of new cells
Physiological hyperplasia might be [[pregnancy]]
Pathologic hyperplasia can progress to [[dysplasia]] and [[cancer]]; e.g. [[endometrial hyperplasia]]; classic exception -- [[benign prostatic hyperplasia]]
* Can be life-threatening
* It is a symptom of an underlying cause
* A decrease in [[hemoglobin]]
* Decrease in oxygen carrying capacity
* Low [[ferritin]] is diagnostic
* Normal [[ferritin]] does not exclude
''For oral presentation provide:''
* MCV
* Retics
* RDW
* Smear
''Causes:''
* Most common cause is blood loss from menstruation, pregnancy, colon cancer (curable early, fatal later)
* Iron deficiency
* Thalassemia
* Chronic disease (chronic inflammation, ACD, ACI)
Decrease in cell production during [[embryogenesis]]
Results in relatively undersized organ; e.g. [[streak ovary]] in [[Turner syndrome]]
Made up of [[abductor digiti minimi]], [[opponens digiti minimi]], and [[flexor digiti minimi brevis]]
Type of [[hypoxia]]
Defined as a low partial pressure of [[O2]] in blood ([[PaO2]] < 60 mm Hg; [[SaO2]] < 90%)
Can be caused by visiting high altitudes, by increasing P,,A,,CO,,2,,, or by [[interstitial fibrosis of lung]]
Defined as low [[O2]] delivery to tissue -> deficit of ATP -> [[cellular injury]]
Causes are [[ischemia]], [[hypoxemia]], decreased [[O2-carrying capacity]] of blood
A [[neuron]] is especially susceptible to this stress
Action: flexes the thigh
Innervation: femoral nerve (L2-L4):
[img[http://www.hindawi.com/journals/isrn/2011/421505.fig.0011.jpg]](http://www.hindawi.com/journals/isrn/2011/421505.fig.0011.jpg)
* IMP = inosine monophosphate
"In medicine, infarction is tissue death caused by a local lack of oxygen, due to an obstruction of the tissue's blood supply. The resulting lesion is referred to as an infarct."
“Infarction.” Wikipedia, the Free Encyclopedia, December 27, 2014. https://en.wikipedia.org/w/index.php?title=Infarction&oldid=639800920.
For identification: Find the broader [[quadratus femoris]]. Inferior gemellus is right above it:
[img[http://upload.wikimedia.org/wikipedia/commons/1/16/Quadratus_femoris_muscle.jpg]]
Originates at spinal level L3
Action: Externally rotates the arm at the [[shoulder joint]]
The force of [[muscle]] contractility
Can be thought of as proportion of [[myosin]] heads that are working
Inotropy has a positive relationship with [[Ca2+]] concentration and [[troponin]]-C sensitivity. Sensitivity reflects the ability of troponin-C to bind Ca^^2+^^
See "[[Pick a Starting Point!]]" to pull up a card. These different cards have been joined together as nodes to create a relational network.
The "live" tab at your right will display whatever active card you're viewing on the left along with any nodes that it connects to. It's best just to start clicking stuff to see what I mean.
The "map" tab allows you to select different big-picture views that pertain to selected topics.
//Disclaimer: This network is massively incomplete. If you do not see a relationship displayed, please do not take it to mean that the relationship does not exist. If you see a mistake in the information that is displayed, either message me (if you know me) or [[open an issue on Github|https://github.com/andtheWings/andtheWings.github.io]] (if you don't).//
* Plays a role in fetal overgrowth due to maternal diabetes.
Same as bicipital tendon sheath
So named because it is in the [[intertubercular sulcus]] between the greater and lesser tubercles of the [[humerus]]
Communicates with the [[synovial cavity]]
Encloses the long head of [[biceps brachii]]
''Role in Amino Acid Metabolism:''
* The major amino acid consumer
* A major consumer of Gln under normal conditions
* Citrulline synthesis (which is what the Gln is used for)
* Ala synthesis
* Excess iron can be toxic <-- the oxidation of Fe^^2+^^ to Fe^^3+^^ can generate hydroxide radicals
!!Biomolecules with Iron:
* Heme proteins
* Iron-sulfur proteins
* Iron-storage proteins
* Iron-transport proteins
!!Nutritional Aspects:
* Needs increase during pregnancy and lactation
* Lactoferrin binds iron in milk; also seems to have anti-microbial action
* Only 10-15% of dietary iron is absorbed
* Iron deficiency may lead to [[hypochromic anemia]]
* Important as clinician to determine the cause of iron deficiency
!!Iron Homeostasis:
* Dietary intake and excretion must balance; production and destruction of [[erythrocytes|RBC]] must balance too
Patient populations at risk include pre-menopausal women and breast-fed infants.
Defined as decreased blood flow through an organ
Can be caused by a block in arterial flow such as from [[atherosclerosis]]
Can also be caused by a block of a downstream vein
Can also be caused by [[shock]]
Type of [[hypoxia]]
Happens after the [[tricuspid valve]] and [[mitral valve]] close, but before the [[pulmonary valve]] and the [[aortic valve]] open
Immediately after [[1st heart sound]]
Happens after the [[pulmonary valve]] and the [[aortic valve]] close, but before the [[tricuspid valve]] and [[mitral valve]] open.
Immediately after [[2nd heart sound]]
* jaundice = hyperbilirubinemia
* yellowish discoloration of skin or eye sclera due to deposition of conjugated/unconjugated bilirubin
* often indicates problems with [[heme degradation]]
Thickening of the [[conjunctiva]]
Caused by [[vitamin A deficiency]]
Associated with [[night blindness]]
* Like portable versions of acetyl ~CoA
* Takes place in the liver mitosol.
[img[ketonebodysynthesis.jpg]]
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''Role in Amino Acid Metabolism:''
* Urinary [[pH]] regulation --> during acidosis, kidney takes up large amounts of gln for the production of ammonia (buffering agent)
* Major producer of Arg
* Oxidizes Gln and other amino acids for energy
* Gluconeogenesis
''Role in pH Homeostasis:''
* Excretes H+ as buffered acid and free H+
* Ammonia can trap protons by converting to ammonium --> ammonium is excreted in urine
* [[Glutamate dehydrogenase]] produces ammonia
* Generates new [[bicarbonate]] via [[carbonic anhydrase]]
* Reabsorbs bicarbonate from filtrate
* [[Glutaminase]] produces ammonia
* Activity of these enzymes is modulated by pH
In an enzyme catalyzed reaction, K,,m,, represents substrate concentration at (1/2)V,,max,,
K,,m,, reflects relative affinities between enzymes and their substrates
[img[http://www.pt.ntu.edu.tw/hmchai/SurfaceAnatomy/SFAlower/KneeThigh.files/DistalFemurLandmark.png]]http://www.pt.ntu.edu.tw/hmchai/SurfaceAnatomy/SFAlower/KneeThigh.files/DistalFemurLandmark.png
* Fingernails have lost the convexity
* L1-NAA-t = L1-neutral amino acid transporter
* Responsible for cellular uptake of the large, neutral amino acids leucine, tyrosine, valine, threonine
The secretomotor fibers are parasympathetic fibers that run through the facial, greater petrosal, vidian, maxillary, zygomatic, zygomaticotemporal, and lacrimal (only the terminal portion) nerves.
Lead inhibits [[ALA dehydratase]], a component of [[heme synthesis]], and [[ferrochelatase]], which inserts iron into newly synthesized [[heme]] rings. Decreasing functional heme production leads to [[microcytic anemia]].
Potentially caused by eating paint chips.
Lecithin is a generic term to designate any group of yellow-brownish fatty substances occurring in animal and plant tissues composed of phosphoric acid, choline, fatty acids, glycerol, glycolipids, triglycerides, and phospholipids.
Just the part of the lower limb between the [[knee]] and the [[ankle]]
''Anterior Compartment:''
* Fed by [[anterior tibial artery]]
* Innervated by [[deep fibular nerve]]
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fphp.med.unsw.edu.au%2Fmedwiki%2Fimages%2F8%2F88%2FTwo_compartments_of_leg%2521.png&f=1]]
* leucovorin = //N//5-formyl-FH,,4,,
* Displaces MTX from DHFR
Made up of [[puborectalis]], [[pubococcygeus]], and [[iliococcygeus]]. (Naming pattern is AB, AC, DC)
[img[https://classconnection.s3.amazonaws.com/962/flashcards/3550962/jpg/puborectalis-14214AF269567FCAF05.jpg]]
Its sensory fibers have cell bodies in the [[trigeminal ganglion]] (general somatic afferent) and the [[geniculate ganglion]] (special somatic afferent).
Connected to the lesser curvature of the [[stomach]] by the [[gastrohepatic ligament]].
''Role in Amino Acid Metabolism:''
* Major gluconeogenic organ
* Primary center of amino acid metabolism
* Does not metabolize branched chain amino acids though
* Major producer of creatine, urea, apoB100, haptoglobulin, transferrin, and [[albumin]]
''Actions:''
* Flexes the metacarpophalangeal joint ([[MCPJ]])
* Extends the proximal interphalangeal joint ([[PIPJ]])
''Innervation:''
* 1st and 2nd lumbricals by the recurrent branch of the [[median nerve]]
* 3rd and 4th lumbricals by the deep branch of the [[ulnar nerve]]
In the [[mitochondrial intermembrane space]], malate dehydrogenase catalyzes: [[oxaloacetate]] + [[NADH]] --> [[malate]] + [[NAD+]]
In the [[mitosol]], malate dehydrogenase catalyzes [[malate]] + [[NAD+]] --> [[oxaloacetate]] + [[NADH]]
NADH-Mitochondrial-Intermembrane-Space --> NADH-Mitosol
[[NADH]] produced during catabolism of [[glucose]] to [[pyruvate]] in the [[cytosol]] cannot cross the inner mitochondrial membrane. Shuttle mechanisms like malate-aspartate shuttle allow NADH reducing equivalents to cross into the [[mitosol]] to produce [[ATP]].
Start with: [[NADH]] and [[oxaloacetate]] being fed into [[malate dehydrogenase]]
[img[malate-aspartate shuttle.png]]
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
Moves [[malate]] into the [[mitosol]] and [[α-ketoglutarate]] into the [[mitochondrial intermembrane space]].
Retracted into the [[TMJ]] primarily by [[temporalis muscle]]
Acts to close the jaw.
Innervated by the [[marginal mandibular branch]] of [[facial nerve]]
* SAM = methionine adenosyltransferase = S-adenosylmethionine synthetase
Mother has poorly managed [[PKU]] while pregnant. Infant is born with [[microcephaly]], [[congenital heart defects]], and [[growth|growth retardation]]/[[mental retardation]].
Deficiency causes:
* Elevated plasma acyl carnitines
* Elevated urinary medium-chain to light-chain dicarboxcylic acids
* [[hypoglycemia]]
* [[hypoketosis]]
* MCV = mean corpuscle volume
* mean corpuscular hemoglobin concentration = MCHC
''Innervation:''
* Most of first and second of anterior [[forearm]]: [[pronator teres]], [[flexor carpi radialis]], [[palmaris longus]], [[flexor digitorum superficialis]],
* Some of deep layer of the anterior forearm: Part of [[flexor digitorum profundus]], [[flexor pollicis longus]], and [[pronator quadratus]].
* Lateral palmar aspect of [[hand]]: [[flexor pollicis brevis]]
''Distal Injury:''
* Causes include dislocation of the [[lunate]] into the [[carpal tunnel]] or [[carpal tunnel syndrome]].
* Sequelae include ape hand and atrophy of the [[thenar eminence]] (think of ape-hand as one of a withering older ape whose thenar eminence is very weak):
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fteachmeanatomy.info%2Fwp-content%2Fuploads%2FUntreated-CTS.jpg&f=1]]
* Caused by insufficient precursors for dTMP synthesis --> inhibition of DNA synthesis in [[RBC]] precursors
Assume to be human membranes unless otherwise specified
Types of [[phospholipid]] molecules are different on each side of the cell's phospholipid bilayer
Hallmark sign of irreversible [[cellular injury]]
Think of this in terms of the plasma [[membrane]], the mitochondrial membrane, and the [[lysosomal|lysosome]] membrane
Damage to integrity of mitochodrial membrane -> [[cytochrome C]] leaks into the [[cytosol]] and signals [[apoptosis]]
Damage to integrity of lysosome -> digestion of cellular components
If this occurs, you will see enzymes in places they are not usually like the blood
Prolonged and/or heavy menstruation period.
Happens with a change in type of stress -> change in cell type
Most commonly happens with surface epithelial cells
Metaplastic cells are better able to withstand new stress
* a hemoglobin molecule with Fe^^3+^^ state
Happens when iron in [[heme]] is oxidized to Fe^^3+^^, which cannot bind [[O2]]
[[PaO2]] is normal, [[SaO2]] is decreased
Classically seen with [[oxidant stress]] or in the [[neonate]]
Etiology can be a congenital deficiency of cyto b5 reductase
Classic findings are [[cyanosis]] with chocolate-colored blood.
Treatment is intravenous [[methylene blue]]
methionine synthase = MS = homocysteine methyltransferase
Requires [[B12]] cofactor (cobalamin)
[[N5-CH3-FH4]] + [[homocysteine]] <--> [[methionine]] + [[FH4]]
Can cause functional folate deficiency by inhibiting production of [[FH4]] by [[dihydrofolate reductase|DHFR]]
[img[methotrexate.JPG]]
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* Allows branched-chain and odd-chain amino acids to enter the TCA cycle
Helps reduce Fe^^3+^^ back to Fe^^2+^^
MSUD = Maple Syrup Urine Disease
Characterized by elevated levels of [[leucine]], [[isoleucine]], and [[valine]].
These amino acids can be transaminated to cognate α-keto acids
Neurological symptoms from decreased synthesis of [[dopamine]] and [[norepinephrine]]
A subset of patients can benefit from [[thiamine]] supplementation if their etiology is from [[BCKDC]]'s decreased affinity for thiamine (defect in E1).
Another subset of patients will exhibit [[lactic acidosis]]. This indicates a defect in the E3 subunit of BCKDC, which is also used by [[pyruvate dehydrogenase]] and [[alpha-ketoglutarate dehydrogenase|OGDC]]. A defect in pyruvate dehydrogenase causes lactic acidosis.
* MTHFR = methylene tetrahydrofolate reductase
* Converts [[N5,N10-CH2-FH4]] and [[NADPH]] to [[N5-CH3-FH4]] and [[NADP+]]
* Deficiency causes [[homocystinuria]]
Requires [[GTP]] and [[aspartate]]
* Uses 6 ATP (or ATP equivalents)
A [[cholinergic receptor]] associated with the [[parasympathetic nervous system]]
Important exception: Muscarinic receptors on sweat glands synapse with the [[sympathetic nervous system]]
Muscarinic receptors are often paired with [[G-proteins|G-protein coupled receptors]]
* Muscle uptake of glucose is directly and significantly influenced by insulin. From a decreased level of insulin, muscle would be less able to import glucose from the blood and therefore less able to synthesize glycogen as a fuel store in muscle.
''Amino Acid Metabolism Functions:''
* Major consumer of branched-chain amino acids
* Forms alanine from glucose, a means of transferring nitrogen from BCAA to the liver for ureagenesis
* Gln synthesis fro TCA cycle intermediates --> passed to circulation
* Able to oxidize some of its BCKA for energy
* Ala synthesis
* Gluconeogenesis
''Production of Mechanical Energy:''
# Normally the head of myosin is bound to [[actin]]
# When [[ATP]] binds to the head of myosin, it detaches from actin
# When ATP is hydrolyzed, the myosin head cocks forward in high-energy position
# When hydrolyzed [[phosphate]] detaches from myosin, the head reattaches to actin and pulls it back
# Then hydrolyzed [[ADP]] releases and the cycle resets
Inflammation of [[skeletal muscle]] results in production of metaplastic [[bone]]
* //N//,,5,,-CH,,3,,-FH,,4,,
* Molecule of the folate trap
* Only methionine synthase is able to release folate from the trap
* //N//^^5^^,//N//^^10^^-methylene FH,,4,,
Uses energy from [[ATP]] to pump 2 K^^+^^ into the cell and 3 Na^^+^^ out of the cell.
Pump activity has a positive relationship with activity of [[Na+-Ca2+ exchange]], because the exchange relies on the concentration gradient pulling Na^^+^^ into the cell to push Ca^^2+^^ out of the cell against its own concentration gradient.
Pump activity also has a positive relationship with activity of [[Na+-glucose cotransport]], which depends on the the Na^^+^^ concentration gradient.
* Needed in the [[liver|Liver]] for [[fatty acid|FAS]] and [[cholesterol synthesis]].
* Needed in the [[RBCs|RBC]] to protect from ROS.
Velocity of action potential conductance along a membrane is increased by adding [[myelin]] to the nerve
[img[actionpotential.JPG]]
A [[synapse]] between a [[motor neuron]] and [[skeletal muscle]]
The synapse [[neurotransmitter]] is [[acetylcholine]] and the receptor is [[nicotinic|nicotinic receptor]]
''Sequence of Events:''
# [[action potential]] reaches terminal of axon
# action potential triggers opening of Ca^^2+^^ channels
# triggers release of ACh into [[synaptic cleft]]
# ACh binds to nicotinic receptor on [[muscle end plate]] which is linked to K+/Na+ channel that opens
# Muscle end plate depolarizes ([[end plate potential]])
# Adjacent membrane depolarizes and triggers action potential
[img[neuromuscularjunction.JPG]]
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
Very susceptible to [[hypoxia]]
NH,,3,, = ammonia
Raises [[pH]] (basic)
Has a [[pKa]] of 9.3. Because this is above [[plasma]] pH of 7.4, ammonia is converted to [[ammonium]] in the blood.
A [[cholinergic receptor]] associated with the [[somatic nervous system]]
[img[nitrogen_metabolism.png]]
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
Aka NE
The main neurotransmitter for peripheral nerves of the [[sympathetic nervous system]]
Activation via NE is often associated with [[cAMP]] cascades
Intracellular deactivation is often performed by cAMP [[phosphodiesterase]]
Broken down by the [[COMT]] enzyme
Can reflect [[hypoxia]]
A decrease is caused by loss or dysfunction of [[hemoglobin]]
Examples include [[anemia]], [[carbon monoxide poisoning]], and [[methemoglobinemia]]
''Innervation:''
* Anterior branch: [[gracilis]], part of [[adductor brevis]], [[adductor longus]]
* Posterior branch: [[obturator externus]], part of [[adductor brevis]], and [[adductor magnus]]
[img[one-carbon pool.png]]
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
Origin = Increased ketoacid production
Uncompensated = loss of serum bicarbonate
Compensation event = hyperventilate
''Sequence of Events as Modeled by Diabetic Ketoacidosis:''
1. Unrestricted fatty acid oxidation produces ketone bodies
2. Ketoacids dissociate in serum to produce proton and organic anion. Consequently, serum pH is lower.
3. In order to compensate for lower serum pH, bicarbonate buffers serum protons. Consequently, [CO,,3,,^^-^^] decreases.
4. Attempted compensation for decreased [HCO,,3,,^^-^^] is to increase respiration (pCO2 lowers).
5. Upon hitting the respiration limit, pH continues to drop.
Defect cannot be treated with with arginine.
Deficiency of this enzyme is the most common inherited urea cycle disorder; pertains to problems with accumulation of upstream [[carbamoyl phosphate]]. As it builds up, carbamoyl phosphate leaks out of the mitsol into the cytosol, where it effectively bypasses [[CPSII]], the rate-limiting enzyme of [[pyrimidine synthesis]].
Deficiency is treated with [[arginine]], because it is no longer being produced by the [[urea cycle]], as well as [[phenylbutyrate]] and [[benzoate]], which are used to deplete [[glutamine]] and [[glycine]] respectively, causing elevated [[ammonia]] to be redirected toward regeneration of gln and gly.
Deficiency is an X-linked recessive inheritance.
''Signs and Symptoms:''
* Orotic acidemia/aciduria
* [[Hyperammonemia]]
* Lower serum [[BUN]] levels
Increases with solute concentration
Effective osmotic pressure is π multiplied by the [[reflection coefficient]]
The term osmotic reflects differences in [[osmolarity]]
The term tonic reflects effective osmotic pressure and resulting water flow
Action: elevates and tenses the [[hypothenar eminence]]
Innervated by the superficial branch of the [[ulnar nerve]]
[img[https://dw9r2us9jo9xp.cloudfront.net/images/anatomy_term/musculus-palmaris-brevis/musculus_palmaris_brevis_atlas_dt5cO5D3jpxfQM6jdNmAVg.png]]
Innervation is limited to organs of the [[head]], [[thorax]], and [[abdomen]]
Due to a problem in [[dopamine]] synthesis in the substantia nigra.
Reflex signal is transmitted via L2-4
The pectinate line forms the junction between hindgut and embryonic ectoderm derivative. The innervation, arterial blood supply, venous drainage and mucosal lining are different superior and inferior to the line.
Above the pectinate line, the epithelia is simple columnar, the arteries and veins come from the superior rectal, and the innervation comes from the hypogastric plexus.
Its middle layer is made up of the [[levator ani]] and [[coccygeus]] muscles
Leads to [[shoulder]] pain because infection can escape female reproductive organs, which leads to intraperitoneal infection irritating the [[diaphragm]]. Pain refers up the [[phrenic nerve]] to the shoulder.
* Outcomes: Provides [[NADPH]] reducing equivalents and intermediates for nucleotide synthesis.
* Where: Found in cytosol of tissues like [[liver|Liver]], mammary gland, and adrenal cortex.
* Active in: [[Fed state]]
* Key regulated steps: [[Hexokinase]]/[[Glucokinase]], [[PFK-1]], [[Pyruvate Kinase]].
Has two main layers: Fibrous and serous.
These tissue types can only grow via [[hypertrophy]], they will not undergo [[hyperplasia]]
Three main tissues are [[neuron]], [[cardiac muscle]], and [[skeletal muscle]]
Affects relative rate of simple diffusion of particles across a [[membrane]]
Positive relationship between permeability and the oil/water coefficient of the solute
Negative relationship between permeability and size of the solute
Negative relationship between permeability and membrane thickness
* Caused by antibodies directed against intrinsic factor (IF) --> B12 deficiency
* Impairs DNA synthesis and repair (folic acid sink)
* Causes accumulation of odd-chain fatty acids (methyl malonyl CoA mutase)
''Clinical Manifestation:''
* Middle aged, female, Northern Europeans
* Anemia --> fatigue, weakness, megaloblastic anemia (RBCs don't divide enough), polynucleated neutrophils, pancytopenia (mild)
* Problems swallowing
* Jaundice from destruction of RBC precursors (ineffective erythropoiesis)
* Neurological symptoms --> memory loss, paresthesia, loss of balance (use Romberg's test)
* Hematological symptoms are indistinguishable from folic acid deficiency
''Diagnostic Tests:''
* Antibodies to IF is gold standard for pernicious anemia
* B12 levels
* Methyl malonyl acid (MMA) blood levels
* Test for serum folate levels (would be elevated)
''Treatment:''
* Broad strategy is to replete B,,12,,
* Standard is parenteral injection of B,,12,,, want to do this first to correct for defects in 2ndary malabsorption; will start to see increase in reticulocytes
* Intramuscular injection preferred in order to reduce pill burden, can just do it
* IM injection long-term has risk of sciatic nerve damage
* Megadose oral B,,12,, supplementation
* Folic acid at first will divert B12 out of CNS to the bone marrow (participates more in methionine synthase reaction), don't want to do it if B,,12,, deficiency is the problem
Fused insertion below the medial tibial condyle formed by [[sartorius]], [[gracilis]], and [[semitendinosus]]
* Most important regulator of flux through [[glycolysis]].
PAH = phenylalanine hydroxylase
Deficiency is associated with classical [[PKU]]
[[Phe|phenylalanine]] + [[BH4]] + O,,2,, -> [[Tyr|tyrosine]] + [[BH2]] + H,,2,,O
<<list-links filter:"[!is[system]]">>
Innervation is nerve to the
piriformis (L5, S1, S2)
Action is lateral rotation of the [[hip]]:
[img[http://shaktitest.bandhayoga.com/images/Blog/piriformis_stretch_03.jpg]](http://shaktitest.bandhayoga.com/images/Blog/piriformis_stretch_03.jpg)
PKU = phenylketonuria
''Symptoms:''
* neurologic defects
* albinism
* musty odor
Defective [[PAH|phenylalanine hydroxylase]] is classical form of the disease. Neurological defects caused by saturation of [[L1-NAA-t]] transporter with elevated [[phenylalanine]]. Impairs brain's ability to synthesize proteins. Treated with massive supplementation of large, neutral amino acids and restriction of phenylalanine.
Non-classical form of disease (malignant PKU) is caused by defective [[dihydrobiopterin reductase]]. This form is not responsive to large, neutral amino acid supplementation.
* porphobilinogen deaminase = hydroxymethylbilane synthase
* An inherited deficiency in an enzyme of heme biosynthesis
* Sometime intermediates can be diverted to other pathways
* excess iron load
* blistering skin with minimal sun exposure
* sometimes urine is discolored red
* treatment --> phlebotomy, avoid direct sunlight, low-dose chloroquine
* triggered by hepatotoxic agents like alcohol or hepatitis
''Identification:''
"The posterior humeral circumflex artery arises from the [[axillary artery]] at the lower border of the [[subscapularis]], and runs posteriorally with the [[axillary nerve]] through the [[quadrangular space]].
It winds around the neck of the [[humerus]] and is distributed to the [[deltoid muscle]] and shoulder-joint, anastomosing with the [[anterior humeral circumflex artery]] and [[profunda brachii]].
It feeds the [[teres minor]] and deltoid muscles."
[img[http://teachmeanatomy.info/wp-content/uploads/2012/04/Posterior-and-Anterior-Circumflex-Humeral-Arteries.jpg?98312a]]
Posterior Humeral Circumflex Artery.” Wikipedia, the Free Encyclopedia, January 16, 2015. https://en.wikipedia.org/w/index.php?title=Posterior_humeral_circumflex_artery&oldid=642779324.
* PPARα = Peroxisome proliferator-activated receptor-α
* Upregulates proteins that transport fatty acids into the cell, enzymes of mitochondrial/peroxisomal fatty acid oxidation, and lipoprotein lipase.
Think of it as left ventricular [[wall stress]] at end of [[diastole]].
Supplies blood to the [[posterior femoral compartment]].
PRPP = 5-phosphoribosyl 1-pyrophosphate
Red-hot backbone molecule for nucleotide biosynthesis.
[img[PRPP.jpg]]
PRPP glutamine amidotransferase = amidophosphoribosyltransferase (ATase) = glutamine phosphoribosylpyrophosphate amidotransferase (GPAT)
Rate-limiting reaction of purine biosynthesis
Converts [[PRPP]] + [[glutamine]] + H,,2,,O -> [[5-phosphoribosyl 1-amine]] + [[glutamate]] + PP,,i,,
[img[PRPP glutamine phosphoribosyl amidotransferase.png]]
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
PRPP = 5-phosphoribosyl 1-pyrophosphate
[[ribose 5-phosphate]] + [[ATP]] --> [[PRPP]] + [[AMP]]
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[img[purine metabolism.JPG]]
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lpqss0dvNeeZNcQSW8cZdXkY/OGU4DsOMjI4oW+v9ar+vxH0/rszo5PHWkxWUs00V9HNDPHbvZtaOJw8n3BsxkhuxGR19KRvHmkJazSSR38c0M0UL2klm6z7pTiPCEZIJBwRxwa5e68P+KNceQzf2pb2T6hZSwpeXFv9pgCSM0rgx5UAArgEseOlauueBN9jGthNf3d3cajaS3V3Nd4mEUT5+VuAoUFiAozknqaFrv3S/L/Ng7fh/mayeNdPdbhVstU+024RpLQ2EgmCNna4XHK/KRkdxVvw94ltPE1n9r0+3vY7dlV45Lm2aJZAehUnrWR4d8O3mheItXEwuL+C7iRoNTubkyygDP8Ao7bmzhSSwIABDHPIydPwZp91pPgnSLDUIvKura1SOWPcG2sByMgkH8KFsJ7m3RRRQAUUUUAFFBIAJJwB1JooAK4b4v8AhH/hL/h7eQQR776z/wBKtcDksoOVHrlcjHrj0rtbi5gtITLdTRwRjq8jhVH4mmfbrQ2q3P2qHyGOFl8wbT+PSgdnueY/ADwj/YHgT+1rmPbeawRNyOVhGRGPxyW+jD0r1WomkgtVjRnjhUkRxqSFBPZQP6VEmp2Elx5Ed9bPNnHlrMpbPpjNA+VvWxaooooJCiiigAooooAKydX8SWWjXdva3EV5PcXCPIkVpavO21SASQgOBlh19a1q4vxrosmoagJ4tAutRlNk8NvdWt95LW8pbI3KXUAZwdw3EY6UmNanU2+oR3N7LbJDcK0MaOzvEVT5s4UE9SMcgdMjNZy+MNGYa3tuSW0PP25Nh3RgLuyB3GM8j0NJf6Xr114VtbKw1/8AszVY0jE1+LVLjeQuH+R+OTzmuJ1fwJrz6Hrt1YBZNbmlnjUsyIL+3kiRGBwcKdwLLnGCPQmm92v66BHVK56hHKksKSIflcBhn36VV1TVrTR9Omvb2QrDBt37RuI3EAcD3IrhL7Q9eW6vLK30eWaO91LT7wXazRCONIfJEgYFw24eUeACDnrWd/wh+pt4flsY/CoTVliZbrVjcxKb1jOj5GGy+QC37wDbjA609Lkq9lc9YDKWKgjcOoz0qte6laafbie7nWOIypDu5PzuwVRx6kgV5bZ+B/EKajcFY7m31A/bc6oGt0SXzFcRkuuZn5ZDtbG3b14GUuPBV1dQrJZ+D1sLe3htFnsGa3JvZY7hHZwA5UkIHG5yC2/FJatf1/X/AASnpsepLqUP2Oe6kWWGOFnVvNjKE7CQSAeoOOD3FOsb+31Gxtbu2fMV1Es0W7gsrAEHH0NeYy+D9SVrh9S8NnV7eZtREFp5kJ+zvLOXjl+ZwBlcDIJZcdOaqjwf4iM+m79D2XFm+nFbiL7OfkiWLzMys5cEYcbUAB9Tk5I67+X63/QT028/+AewBlYkBgSvBwelCsrruQhge4Oa8hTwV4gFlq1rp2mNZi4tmRpJzAJZG85XMayxkearLvG6VARkZPLV1/gHRLnR11N5rO4sYLiVGit5hAmCFwzCOD5EzwOpJxnihaoHozsKKKKACiiigAooooAKKMjIGeT0FFABRVe41CztZUiuruCGST7iSShS30BPNWKB2a3CiiigQUUUjMFUsxAAGSSelAC0UiOsiK8bBlYZDKcgj1paACiiigAooooAKKKKACiiigArirOKG41bxJJd2Npf6tHc7Y4LtwuLbauzBIOF5Y8Dk5rtao6homlasyNqmm2l4yfdaeFXK/TIoN6NRQun1/ryOW8La0GuNNs7ZFs9P+z3n7jzhMoaKZVBWQgEqAWwOmPpVBfE2q3uiwTW9/dmePTzdTG0ht1VSWYK8jS8bcL91Bng13Fzoul3lvDBd6daTwwHMUckKssf+6COKZL4f0aZoTNpNk5gG2LdbodgznA44GeaHt/XmdKxFHmcnH9er+/c45td1y903UtRi1M2osdLt71IY4Iyru0ZdgxZSdp29AQeetT/ANqalPrT2lndLZfadXELyRQRltn2MSHqpycjqc9u3FbtpfeHp9f1Hw3aw2v2u2tYjdW6wqAYmBCqR3AGOOgDr61rLp9ksolWzgEgk8wOIlyH27d2cddvGfTiqbV7k/WKetodOy7L9dThj4g12S6t9JjnuZpPtV3E1zbpAs0qxMoUfvMRg4bJwM8cAc1u6dfeINR8Hxz2TWB1TzGTfctuiZVcrk+USN2ByAcA5rXudF0u8t2gu9OtZomkMrI8KkFz1bGOvv1qzBBFawJBbRJDFGNqRxqFVR6ADpS6EVq1OcLRjZ3/AM/6+Ry2PiL/AH/C/wD3xcf40Y+Iv9/wv/3xcf411tFI5DksfEX+/wCF/wDvi4/xox8Rf7/hf/vi4/xrrajubiGztZbm6lWGCFC8kjnCooGSSfQCgDlT/wALEAJL+FwB1Oy4/wAa5a4+IHi83j2ehx6J4guo22yJpVtcSpGfRpSwjX6Fs1uW1lefEcC+1cz2Xhh+bXTVYpJfr2knI5CHqIx1HLeldrZ2dtp9pHa2FvFbW8YwkUKBFUegA4FAHBWt78XbtNz6V4Wsf9m6mmZv/IZYfrU7N8WlUkR+DXx/CGugTXeUUAeWXviz4o6S+dT8NacLcfeubOKS5RR6lUk8zH/Aa1NF1/xf4itDc6JqXhG8jU7X8sXG6M+jKTlT7EA139c5r3gyy1a6/tOwlfSdbjH7rUrQYf2WRekieqtn2xQBVx8Rf7/hf/vi4/xox8Rf7/hf/vi4/wAabpnjZLE3eneOJLXSdTsI/MkkMm2C6izgTRFuxPBXqDx3FdTaXUN9ZQXdpIJYLiNZYnA4ZWGQfyNAHMY+Iv8Af8L/APfFx/jRj4i/3/C//fFx/jXW0UAcNqw+IP8AYt95z+GfL+zyb9iXGcbTnHPWvKPhJb/FhfJOksYtE4wNYB8kr/0zH38emzAz1r6QooA5O+jhuPH9pDrSQyounlrOOUfu3n34kIB/ixtx3AJrmtVjt9RtdS0ZtNh05pNRsvtCWt15se6RtuQAqhWwvPHNekX2nWWp2/kajaQXcWc7J4w659cGmQaPptrapbW2n2sUCOJFiSFQocHIbGOoPfrR2/rrc76eKjBJ2d1b8Ov9LfW555c382u3OgyXBO/Sby3guB63Jk2v+Qjz9JKk03QLzXPDs1tBpelxLLez41OSUmdMXDHcqiP7wxx8/wDhXoX9nWPzf6Hb/NMJ2/dLzIOjnj73A561LBbw2sXl20McMeS22NQoyTknA9SSad/6+4qWNSjanG1tvLf9WZmuDxFttx4abTBjd5/9oCQ56bduw/72c+1ZOPiL/f8AC/8A3xcf411tFI845LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA5LHxF/v+F/8Avi4/xox8Rf7/AIX/AO+Lj/GutooA8I+Msfjx7DRBL9je6+2E2g0RZ/PD7D0yc9M9K7X4YRfEaOyH/CeS2ht9n7pZOboem4r8uPrlvWvQqKAOE02G2uNM1ma506x1HVft0yXkd7IIyse4hPmKthdm3HGKdoPiN3ssRN9ls4tEW4hikkEhQq7ru3kZbhV611N9oOkancLPqOl2d1MvAkmgV2H4kU+70XS75oWvdOtbg2/ERlhVvL+mRxR0t/W1j0HiKUr8yeuvp5L8ull3ODvvFOrnRJL60vrppbPToJ5vJggWFZGTcfMMnzNuyMCMDH1q/qer6yP7evrfU2gi0sQvFbLDGVfdGrMGJUtg5OMEEZ611Mvh3RZ5Ekn0ixkdIxEpe3Q4QDAXp0A4xUs9ppsNpdPdW9rHbum65MiKEZVXq+eMADv0Aqm1dsPrFHS0PwXl/k/vOTuNc1QW99qyajs+yakLRdN8pNrrvVMEkb97A7gQcdOKhXXNUjupf7QvJHhuftSW+yOCW1l2qxUKVw6sAvIfcDgiuw/snSri+j1P7BaSXWAUuvKUvjHBDYz0pE0PSY7yW7j0y0W5mBEkogXc+euTjnPf1qXtYFiKKXw/gvu/4O7/ABOJTV9ak0a+urbUzappuk211HDFbxbXcxFmDZXhfl6LjGeKku/EuvSXmo3Nr5kcNjcRxLEWtkgYEKT5hciTLbuCuB06813A0yxWGSJbK3EcsYikQRLh0AwFIxyADjHSopdE0ue+jvZ9NtJLqLHlzNCpdcdMHGeO3pVNrmuCxNK+sF9y8v8AJ6+ZeHSiiipPPCiiigAooooAKKKKACiiigApk0jRW8kiRtKyKWEa4y5A6DPGTT6KAPmzwjpnxBsvjfNrN5pEjXLyCXUoFuI/lt5mYDHzcgbSQAf4BX0nXJaX/wAlc8Q/9gux/wDQ5662gAooooAKKK5L4ga7c6HaaR9m1W30hLzUVt57y5RWSJDG7Z+YgDlR1NAHW1zPjLSrzXzpWjpCW0u4uxJqcmRjyYxvEZHXDuFBx2z61x15481W00jXTZa/Y6tb2P2Qx6zb26+XG0swSRDglGKr83HTPNaGk+L7648QC10zX4PEtn9lnkuporLy/sbKoKEup2nceNp570m7K41q7Ho4AVQFGAOAB2orybQ/HWpT2/h64j8V6Zrd5qUsCXOjwQJ5sKuPnOUbK7OSdwxxUR8fapHpl3fx+LdMm1KK9mhi8Pm3Rppgs7IqAK28EqAc4756VVtbf10/zF0v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First step is formation of [[carbamoyl phosphate]] by [[CPSII]]
Enters the hand through the floor of the anatomic [[snuffbox]] then dorsal to the base of the [[thumb]]
Terminal branches are the superficial and deep branches
Happens after the [[pulmonary valve]] and the [[aortic valve]] open. [[Isometric contraction]] is before. [[Reduced ventricular ejection|reduced ventricular ejection]] happens after.
Happens when the [[tricuspid valve]] and the [[mitral valve]] open
When the atrial pressure equals the ventricular pressure
* RBC = red blood cell = erythrocyte
* Major source of hemoglobin for degradation
Space in between the [[bladder]] and [[rectum]] in men
* red cell distribution width = RDW = RCDW
Results from reduced ventricular volume aka reduced ventricular load aka less contraction strength
Follows the [[Frank-Starling equation]]
Denoted by σ
Describes the ease with which a [[solute]] flows across a membrane, thus affecting water flow
If σ is at 1, the solute is essentially impermeable
If σ is at 0, the solute is completely permeable and will not cause any net water flow
Inhibited by [[hydroxyurea]]
[[myosin]] is tightly associated with [[actin]]
this state is permanent in the absence of [[ATP]]
SAM = S-adenosyl methionine = ~AdoMet
Derives from [[methionine]]
Can be converted to [[homocysteine]]
''Identification:''
The largest cutaneous branch of the [[femoral nerve]]
It approaches the [[femoral artery]] where this vessel passes beneath the [[sartorius]]. It lies in front of the artery, behind the aponeurotic covering of the adductor canal, as far as the opening in the lower part of the [[adductor magnus]].
Here it quits the artery, and emerges from behind the lower edge of the aponeurotic covering of the canal; it descends vertically along the medial side of the [[knee]] behind the sartorius, pierces the [[fascia lata]], between the tendons of the Sartorius and [[gracilis]], and becomes subcutaneous.^^[1]^^
[img[http://www.rvuanatomy.com/uploads/1/3/4/5/13457421/afc5c_animated.gif]](http://www.rvuanatomy.com/uploads/1/3/4/5/13457421/afc5c_animated.gif)
[1] “Saphenous Nerve.” Wikipedia, the Free Encyclopedia, November 27, 2014. https://en.wikipedia.org/w/index.php?title=Saphenous_nerve&oldid=635657805.
Also called sarcolemmal membrane or myolemma
It is the plasma membrane of a [[striated muscle|skeletal muscle]] fiber cell.
Shaped like a river delta
Amplifies Ca^^2+^^ signal in muscle cells
''Biochemical Perspective''
Acute sepsis is a hypercatabolic state. The patient is degrading endogenous protein and is continuing to excrete nitrogenous products from use of [[amino acids|amino acid]] for [[gluconeogenesis]] and biosynthesis. Thus the person is in negative nitrogen balance.
Gluconeogenesis is increased to provide glucose as fuel for immune cells and for the nervous system. Fatty acid release and [[oxidation|fatty acid oxidation]] are increased to provide fuel for [[liver]] (for gluconeogenesis) and for skeletal [[muscle]].
Transaminates to [[hydroxypyruvate]], which is further converted to [[pyruvate]]
[img[serine.png]]
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Derived from [[tryptophan]]
Breakdown product is [[5-HIAA]]
SHMT = serine hydroxymethyl transferase
Requires [[PLP|B6]]
Catalyzes [[serine]] + [[FH4]] <--> [[glycine]] + [[N5,N10-CH2-FH4]] + H2O
Defined as decreased ability to perfuse the vital organs with [[O2]]
Not under voluntary control
No striations
Mostly tonic contractors - default is contracted
Also sometimes phasic contractors
Distribution of myofilaments determines the shape and type of contraction
Innervation depends on location and function
Synchronous activation depends on mechanical linkage and cell-to-cell communication
Drugs acting on smooth muscle tend to target Ca2+ concentration
''Location determines function:''
* Vasculature
* GI tract
* Respiratory tract
* Urogenital tract
''Sequence of Events for Contraction:''
# [[sarcolemma]] depolarizes
# [[voltage-gated Ca2+ channels|voltage-gated Ca2+ channel]] open
# [[Ca2+]] rushes into cell and binds [[ligand-gated Ca2+ channels|ligand-gated Ca2+ channel]]
# Ca^^2+^^ rushes out of [[sarcoplasmic reticulum]] and binds [[calmodulin]]
# calmodulin upregulates [[myosin light-chain kinase]]
# myosin light-chain kinase phosphorylates [[myosin]]
# myosin binds [[actin]]
# [[cross-bridge cycling]] begins
''Functions:''
* Stores food
* Macerates food
* Homogenizes food
* Digests food
''Branches of First Part:''
* [[vertebral artery]]
* [[internal thoracic artery]]
* [[thyrocervical trunk]]
''Branch of Second Part:''
* [[costocervical trunk]]
''Branch of Third Part:''
* [[dorsal scapular artery]]
* Innervation -- Upper and lower nerves to the subscapularis (C5 and C6)
Also called the superficial peroneal nerve
Found in the [[lateral compartment of leg]]
Innervates the [[fibularis longus]] and [[fibularis brevis]] muscles.
Innervated by the [[suprascapular nerve]]
[img[http://ect.downstate.edu/courseware/haonline/simgs/00000/2000/400/2447.jpg]](http://ect.downstate.edu/courseware/haonline/simgs/00000/2000/400/2447.jpg)
Innervation of limbs trunk and skin is only sympathetic and includes the [[sweat gland]], the [[piloerector muscle]], and blood vessels.
Period when blood is pumped out into the body.
A period of high pressure, because pressure exerts greater [[wall stress]] than volume, systole is more significant that
Happens after the [[1st heart sound]] and before the [[2nd heart sound]]
Increases surface area of cell for Ca^^2+^^ signal propagation
Provides important anastomotic link between the [[superior vena cava]] and [[inferior vena cava]] in cases of portal or caval obstruction
Important to DNA synthesis and repair
[[dUMP]] + [[N5,N10-CH2-FH4]] <--> [[dTMP]] + [[FH2]]
Embryologically derives from the [[thyroid diverticulum]]
''Identification:''
It arises from the [[lateral condyle]] of the [[femur]].
The fibers end in a tendon on the anteriomedial dorsal aspect of the [[foot]] close to the [[ankle]].^^[1]^^
[img[http://www.thebodyonline.net/lowerlimb/tibialis_anterior_tendon.jpg]]http://www.thebodyonline.net/lowerlimb/tibialis_anterior_tendon.jpg
[1] “Tibialis Anterior Muscle.” Wikipedia, the Free Encyclopedia, December 20, 2014. https://en.wikipedia.org/w/index.php?title=Tibialis_anterior_muscle&oldid=638875059.
* TMP = trimethoprim
* Inhibits bacterial dihydrofolate reductase
* TIBC = total iron binding capacity
* Also known as aminotransferase
Carries iron in the plasma
Shows a high saturation under [[iron overload]] conditions.
Blocks [[myosin]] from acting on [[actin]]
[[troponin]] keeps tropomyosin wound around actin
High concentration of [[Ca2+]] binds to troponin C -> changes conformation of [[tropomyosin]] so that it is out of the way -> [[myosin]] can act on [[actin]]
Derivatives include [[serotonin]], [[melatonin]], [[NAD+]], and [[NADP+]].
tuberculin test = PPD
Proceeds when [[antigen]] from tubercle bacillus is injected under skin -> picked up by [[langerhans cell]] -> presents via [[MHC-II]] to [[CD4 TH1]] -> inflammatory reaction -> diameter of induration is measured
Causes [[hyperkalemia]]
Too much phosphate -> sulfonate treats this
Uric acid -> infuse patient with extrinsic uricase
Patients may need dialysis
* Insulin resistance --> Hyperglycemia --> Β-cell death.
Breakdown product of [[tyrosine]]
When elevated, leads to release of [[norepinephrine]]
Converts [[tyrosine]] to [[DOPA]]
Converts [[DOPA]] to [[melanin]]
Derives into [[DOPA]], [[dopamine]], [[epinephrine]], [[norepinephrine]], and [[melanin]].
Breaks down to [[tyramine]]
[[proteosome]] destroys [[intermediate filaments]] that are tagged with [[ubiquitin]]
* UDP-GT = UDP-glucuronosyltransferase = glucuronyl transferase
Enters the hand at [[Guyon's canal]]
''Innervation:''
* [[forearm]]: [[flexor carpi ulnaris]] and ulnar half of [[flexor digitorum profundus]]
[img[https://classconnection.s3.amazonaws.com/33/flashcards/602033/jpg/07_nerves_of_forearm_-_anterior_view_(edit)1311659833841.jpg]]
Has a [[reflection coefficient]] close to zero and thus is a poor [[osmole]], it will not cause significant changes in water flow
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* Causes inflammation in the tissues
* Not very soluble
* Primates don't express uricase to break it down into something more soluble
* Can be recycled by [[UDP-GT]] --> Can be problematic if there is a pathological increase in enterohepatic circulation
* UROD = uroporphyrinogen decarboxylase
Necessary for formation of healthy [[conjunctiva]]
* Transports endogenous products
$$Wall Stress = \frac{Pressure(radius)}{2 (wall width)}$$
Think of it as tearing force over surface area of the wall of the [[heart]].
Force over area will give you units of pressure but it is different from outward pressure values.
* Also used in the formation of xanthine